a research lab in chennai

சி. எஸ். ஐ. ஆர். - கட்டமைப்பு பொறியியல் ஆராய்ச்சி நடுவம்

सीएसआईआर - संरचनात्मक अभियांत्रिकी अनुसंधान केन्द्र

CSIR - Structural Engineering Research Centre

Textile Reinforced Concrete Prototyping Technology developed at CSIR-SERC is listed in TOP 100 INDIAN INNOVATIONS 2022 by Indian Innovators Association.

Csir-serc is listed in top 100 indian innovations 2022.

CSIR-SERC has expertise for the analysis, design & testing of structures and structural components including special structures

State-of-the-art facilities and expertise for carrying out both computational- and experimental- studies

Over three decades of experience in the area of structural health monitoring & life extension

Expertise in earthquake disaster mitigation and in developing blast- resistant structures

One of its kind laboratories for wind engineering and earthquake engineering

World Class Tower Testing Research Station

World class tower testing research station, news & announcements.

UG & PG Final Year Project Work at CSIR-SERC 2024

Updating of Pensioners/ Family Pensioners email IDs in AMS Portal - reg.

Research from CSIR-SERC about "Novel strategy for strengthening intervention of masonry walls using textile reinforced concrete" published in the Journal of Architectural Engineering, ASCE, Aug 2023 Media podcast - Global Construction Online (GCO), UK

Science Reporter and Vigyan Pragati regarding OWOL

Webinar Series 2023-24

SERC - OGS Software

Awarding certificate of appreciation under GST

Indo-German project on Textile reinforced concrete waste water treatment units

Online Tender Through e-Procurement Portal

CSIR-SERC in the News

CSIR-SERC Technologies Available for Licensing
CSIR-SERC welcomes corporates to invest CSR funds in R&D of the institute

RECENT ACHIEVEMENTS

License agreement was signed between csir-serc and l&t construction.

License Agreement was signed between CSIR-SERC and L&T... View More...

CSIR-SERC successfully completes load test of Modular Steel Bridge for GRSE

CSIR-SERC successfully completes load test of Modular Steel Bridge... View More...

Awards and Recognition

Hearty Congratulations to Dr. P.S. Ambily, Principal Scientist for receiving ICI – Ultratech Outstanding Women Concrete Engineer Award 2023 .

Dr.Smitha Gopinath received ISAMPE award for outstanding design and /or process development 2023 for contributions towards "Design and pre-fabrication process development of form-finding and non-corrosive concrete products" on 10th November 2023

Congratulations to Dr. C.K. Madheswaran, Dr. N. Gopalakrishnan, Dr. K. Sathishkumar and Shri. J. Prakashvel for receiving ISET Best Paper Award for the paper "Seismic Performance of Open Ground Storey Reinforced Concrete Building with Chevron Stell Bracing Incorporating X-Plate Damper".

DAAD Research Ambassador in Engineering for 2022-2025 to promote higher education and research in Germany

Hearty Congratulations to Dr. K. Sathish Kumar, Chief Scientist for receiving ACCE(I) Eminent Engineer Award -2022 by the Association of Consulting Civil Engineers (India) during the 30th ACCE(I) National Awards and Foundation Day Function held on June 24, 2022 at Hyderabad.

Hearty Congratulations to Dr. Bhaskar, Senior Principal Scientist, who received the Achievement Award for Scientist during the 13th CIDC Vishwakarma Awards 2022 function held on 8th April 2022 at New Delhi.

Our Leaders

Shri Narendra Modi Hon’ble Prime Minister of India

Dr. Jitendra Singh Vice President, CSIR

Dr. N. Kalaiselvi Director General, CSIR and Secretary DSIR

Dr. N. Anandavalli Director, CSIR-SERC

60th CSIR-SERC Foundation Day - 10 June 2024

National Technology Day 2024

Swachhta PaKhwada 2024

Celebration of 133rd Birth Anniversary of Babasaheb Dr. B.R. Ambedkar - 2024

Visit of DG, CSIR to CSIR-SERC and CSIR Madras Complex on 15-04-2024

Our Scientific Endeavours

Vibration Testing of LCH Auxiliary Fuel Tank

Hindustan Aeronautics Limited (HAL) approached Council of Scientific and Industrial Research (CSIR) – Structural Engineering Research Centre (SERC) for carrying out the vibration tests on auxiliary fuel tank of Light Combat Helicopter (LCH). The LCH fuel system consists of three main tanks and two supply tanks.

Empty rakes take to the track on pamban rail bridge

Tejas fuel droptank put through test in chennai

CSIR-SERC has been in the forefront in assisting Indian Railways for the past three decades, in assessing the quality of welded

CSIR-SERC has been in the forefront in assisting Indian Railways for the past three decades, in assessing the quality of welded rail joints. CSIR-SERC has recently successfully completed fatigue strength evaluation of alumino thermit welded rail joints.

COURSES & EVENTS

Skill Development Training Programme Annual Planner for 2024-25

Skill Development Training Programme Calendar 2024-25

Introduction
Infrastructure
Centres of Excellence
IIT Madras Incubation Cell
Little Angels Network
Fintech for inclusion
Set up R&D Centre
Towards 100% RE
R&D to Scaled commercialisation
Making of Rancho
Fintech for Inclusion
Assistive Technology
Accelerated Incubation

Success Stories

Our Clients
Students – NEWS
Book Facilities
Upcoming Events

Our Innovation Ecosystem

Iit madras research park advantage.

A strategic opportunity to set up your R&D facility at India’s first university-based research park.
Proximity to IIT Madras lets you make the most out of industry academia collaboration – leveraging the expertise of world-renowned faculty and working with research scholars & students.
Home to India’s leading deep-tech startup hub: IIT Madras Incubation Cell.

Titan Industries Innovation Hub’s partnership with IIT Madras on material characterisation and coating, etc., has resulted in the generation of 5 patents.

Hover over the orange pins to explore common facilities and IIT Madras Centres. R&D centres and startups are located across all towers at IIT Madras Research Park.

Multi-level Parking

The industry-academia bridge leading to iit madras.

Partner with Us

Our innovation ecosystem brings together the brightest minds, leading innovators, experienced professionals and start-ups under one roof. Set up your R&D centre to gain strategic competitive advantage and reduce the cycle time for innovation.

Our Partners

Our Ecosystem thrives on the collaboration of the brightest minds from the industry and academia. Our state-of-the-art infrastructure creates the perfect ambience to promote this collaboration steered by its quest for innovation.

Revoh Innovations – Localising EV transition

admin 2024-06-11T15:26:05+05:30 Jun 11, 2024 | 0 Comments

Revoh Innovations - Localising EV transition: Revoh’s journey is one of enduring friendship and shared dreams. The company was founded....

Avoid the debt trap

admin 2024-06-11T15:24:30+05:30 Jun 11, 2024 | 0 Comments

Avoid the debt trap: Suryanarayana was well placed in his company, drawing a salary of Rs 80,000 per month, and had some savings. He found a flat for sale, which he could purchase with his savings as a down payment and a bank loan of Rs 30 lakh.

‘Innovation has to make technological and economic sense’

admin 2024-05-31T11:50:42+05:30 May 31, 2024 | 0 Comments

May 20, 2024: Electric mobility evangelist Ashok Jhunjhunwala, founder and president of IIT Madras Research Park, is considered by the electric vehicle industry as the man driving next-gen innovation in the sector.

Envision 2023

EnVision is India’s First Energy Festival serving as a platform to ideate, collaborate, share perspectives and accelerate the adoption of renewable energy in the country.

IITMIC-KRIA Awards 2023

IITM Incubation Cell and KRIA Law reunite to host the annual'IITMIC-KRIA'tive Innovation Awards coinciding with the World IP Day on April 26th.

Vaulter Voice – A voice-banking hackathon

Vaulter Voice is a voice banking hackathon,organised by the IITM Incubation Cell, IITM Research....

To Download the R&D form, Please fill in the following details.

Error: Contact form not found.

Amphitheatre Auditoriums Exhibition Halls Private Dining

I need multiple facilities

பழியஞ்சிப் பாத்தூண் உடைத்தாயின் வாழ்க்கை வழியெஞ்சல் எஞ்ஞான்றும் இல்.

Sin he shuns and food he shares His home is bright and brighter fares.

From the Desk of the Vice Chancellor

Professor S.Gowri, B.E (TCE,MKU)., M.Tech (IITM)., Ph.D(IITM).

Vice-chancellor.

As the Vice Chancellor of this premier university, I am extremely pleased to share this space to converse with all of you. The University of Madras is a post- sesquicentennial institution which has forged a glorious path for itself and has been the site for significant scientific discoveries as well as the beacon for national and regional societal transformation. It has successfully managed to hold aloft its tradition even while keeping up with the emerging trends. One reason for this is the way in which the university has kept alive its interactions with all the stakeholders.

The COVID 19 pandemic has introduced a ‘new normal’ and its impact is felt in the workings of the university as well. The students have been attending the lectures online. While online learning has the advantage of being anytime and anywhere, it has taken away the peer group interaction and peer learning which are integral aspects of the university experience. We look forward to welcoming you to the campus very soon. Meanwhile, our faculty and administration will continue to bring the best to the virtual classrooms. As students, you need to view the restrictions posed by the pandemic as a temporary deterrent. Your focus should be to gain the competencies to conduct application oriented research in order to evolve as useful citizens of our society.

Our university boasts of faculty with a high degree of knowledge and commitment to offer the best in teaching and research. Given the context of the pandemic, we need to redefine our teaching-learning processes to offer the best pedagogic experience to our students. Similarly, the post-pandemic era demands that we hone the employment potential and entrepreneurial capacity of our learners. This necessitates that we focus on sponsored research in cutting edge areas.

Our administrative staff have been the backbone of the university. While we move towards a transparent and complete e-governance model, we need more support from you. When the teaching-learning process at our university – from admission to certification -- is moving into the digital era, your skills and competencies need to keep pace.

At our university, we are gearing up for the final round of NAAC re-accreditation. This has offered us an opportunity to assess our Strengths, Weaknesses, Opportunities and Challenges. Further, it has made us more determined to reiterate our quality benchmarks in teaching, research and extension activities. We are aware of this responsibility and fully prepared for it because, our university has always encouraged individual thinking within the established frameworks. This is echoed in the words of Tim Burners Lee, who initiated the World Wide Web: “We are forming cells within a global brain and we are excited that we might start to think collectively. What becomes of us still hangs crucially on how we think individually.” Let us unite to make the educational experience at the University of Madras a synergy of the best minds and best thoughts.

Vice Chancellor

Prof.dr.s.gowri, university of madras.

Research Centres

Research Centres [46]

Institute of financial management and research(ifmr), | esst. on:.

IFMR GSB offers a multi-dimensional approach to learning which aids high potential individuals in navigating the fast changing world and creating positive impact. While managing the evolving complexity of business and society, they are enabled to flourish as successful professionals and effective business leaders.

The Kuppuswami Sastri Research Institute(KSRI)

Thiru vi ka road | esst. on:1945.

The Kuppuswami Sastri Research Institute was established in 1945 as a fitting tribute to the great scholar Mahamahopadhyaya, Darsana Kalanidhi, Vidyavacaspati, Prof. S. Kuppuswami Sastri, who combined in himself the rare combination of depth of traditional scholarship and modern research acumen. Many great stalwarts and statesmen like Dr. Sir. S. Radhakrishnan (Former President of India), Rt. Hon'ble V.S.Srinivasa Sastri, Padmabhushan Sir K.Balasubrahmanya Iyer, Padmabhushan Dr.V.Raghavan, Dr.S.S.Janaki and scores of other eminent men of letters have adorned different positions to raise this Institute to become an internationally reputed organization in the field of Sanskrit and Indology.

Central Institute of Plastics Engineering and Technology(CIPET)

T.v.k. industrial estate | esst. on:1968.

Central Institute of Petrochemicals Engineering & Technology (CIPET) (formerly known as Central Institute of Plastics Engineering & Technology (CIPET)) was established in 1968 by Government of India with the assistance of United Nations Development Programme (UNDP) at Chennai. The main objective of setting up of this specialized institute was to develop manpower in different disciplines of Plastics Engineering & Technology as no similar institute was in existence in the country. International Labour Organization (ILO) served as the executing agency. During the initial project period between 1968 and 1973, the institute achieved the targets envisaged and was rated as one of the most successful UNDP projects implemented worldwide. Today CIPET is a premier Academic institution for higher & technical education under the Ministry of Chemicals & Fertilizers, Govt. of India fully devoted in all the domains of plastics viz:- Design, CAD/CAM/CAE, Tooling & Mould Manufacturing, Production Engineering, Testing and Quality Assurance. CIPET operates from various locations spread across the country to cater the needs of the Polymer and allied industries.

Satya Nilayam Institute of Philosophy and Culture

Kallki krishnamurthy salai | esst. on:1895.

Sacred Heart College was established in 1895 at Shembaganur, Kodaikanal, Tamil Nadu, as a center for the philosophical training of young men who chose to become Catholic priests in the Society of Jesus. Several hundred students from India, Nepal, Sri Lanka, Bangladesh, Europe and North America have passed out of this College during its long history. Prompted by a desire to be closer to the centers of higher learning and culture, the College was shifted to its present campus in 1980 and the place was named as SATYA NILAYAM. In February 1986, the University of Madras granted recognition to Satya Nilayam to begin a new research institute and gave permissions to conduct research leading to Ph.D. in Philosophy and in Sanskrit. In 1995, Sacred Heart College-Satya Nilayam celebrated its centenary. The Philosophy Degree programme came to be attached to Loyola College (Autonomous), Chennai in 1998 and it now offers Master’s Degree in Philosophy. Today, Satya Nilayam has the following units functioning within its campus – Sacred Heart College- Ecclesiastical Faculty of Philosophy, Satya Nilayam Research Institute, Kolvenbach Library, and Arrupe Jesuit Community.

Central Institute of Brackish Water Aquaculture

Santhome high road | esst. on:1987.

Brackishwater aquaculture has been identified as one of the high potential areas for increasing finfish and shell fish production and for deriving maximum economic and social benefits. Indian Council of Agricultural Research (ICAR), New Delhi under the Ministry of Agriculture, Government of India established the Central Institute of Brackishwater Aquaculture (CIBA) on 1-4-1987. The Central Institute of Brackishwater Aquaculture serves as the nodal agency for the development of brackishwater aquaculture in the country. The Headquarters of the Institute is located at Chennai with an Experimental Field Station at Muttukadu, about 30 km south of Chennai. The Institute has one Research Centre at Kakdwip in West Bengal.

M.S.Swaminathan Research Foundation

3rd cross street, industrial area | esst. on:1988.

The M S Swaminathan Research Foundation (MSSRF) was established in 1988 as a not-for-profit trust. MSSRF was envisioned and founded by Professor M S Swaminathan with proceeds from the First World Food Prize that he received in 1987. The Foundation aims to accelerate use of modern science and technology for agricultural and rural development to improve lives and livelihoods of communities. MSSRF follows a pro-poor, pro-women and pro-nature approach and applies appropriate science and technology options to address practical problems faced by rural populations in agriculture, food and nutrition.These efforts have been undertaken in a participatory manner and in partnership with other knowledge-based institutions, public and private sector organisations and local communities.

Tamil Nadu Archives and Historial Research

Gandhi irwin road | esst. on:1801.

In India, Tamil Nadu occupies a unique place in Archives administration. By 1801, the whole of the area which later became the Madras Presidency had come into the hands of the East India Company, and the second half of the 18th Century itself witnessed a manifold increase in Government Records. The spurt in the accumulation of records compelled the Government to evolve orderly measures for their custody and preservation

Madras School of Economics

Gandhi mandapam road | esst. on:1993.

In recent years there has been increasing concern about the deterioration in the standards of higher education in economics, environment and finance in the country. Undoubtedly, India has produced and continues to produce economists of high calibre who have made valuable contributions to theory and policymaking. However, at present, there are only a limited number of centres of excellence in post-graduate teaching and research in economics in the country. For various reasons, some of which are well known, these centres of excellence have been dwindling in number. It is unfortunately true that today there are very few schools where teaching and research in economics reach up to the best international standards. On the other hand, the services of well-trained, competent economists are in great demand, and the demand is expected to grow exponentially with the rapid growth and globalization of the economy. The aim is to attain standards prevailing in some of the best schools of economics abroad. Merit will be the major consideration in the recruitment of staff and the admission of students subject to certain statutes governing reservations. Enrolment is being done on the basis of national competition since MSE is a national institution, though named after the southern city of its physical location. It was decided to build up MSE as a largely privately funded institution. The need for private initiatives in higher education was felt because of the resource constraint faced by the government and more importantly because private institutions, duly accredited, would have greater flexibility for innovation and introduction of stricter standards. The hope was that after MSE had become fairly well-established, it could be approved as a deemed university and then it would have both autonomy and the approval of the University Grants Commission.

Government Museum

Egmore | esst. on:1851.

The proposal for a Museum in Madras was mooted by the Madras Literary Society in 1846 AD and Sir Henry Pottinger, the then Governor, obtained the sanction of the Court of Directors of the East India Company in London. In January 1851 AD, Dr. Edward Balfour, Medical Officer of the Governor's Body guard was appointed as the First Officer in charge of the Government Museum. The notification in the Fort St. George Gazetteer dated 29th April 1851 AD contained the first announcement regarding the opening of the Madras Government Museum. The Government Museum otherwise called as the Central Museum was started in the College of Fort St. George, in the premises of the present Office of the Director of Public Instruction, on College Road. The college had been established in 1812 AD and made a significant contribution to the development of South Indian Languages. The Museum was started in the first floor of the college with the 1100 geological specimens of the Madras Literary Society. It steadily developed and expanded under the guidance and supervision of a succession of Directors. As the building was in a dilapidated condition, the Museum's Superintendent, Dr. Balfour advocated shifting it to another building. In December 1854 AD, it was shifted to a building named the Pantheon, also known as the Public Rooms or Assembly Rooms, where the elite of the city met. The building was being utilised for banquets, balls and dramatic performances from the last decade of the 18th Century. The estate of the Pantheon was the property of Hall Plumer, civil servant and public works contractor who subsequently, in 1793 AD, assigned the grounds to a Committee of 24, which regulated the public amusements in the city at that time. In 1821 AD, the Committee sold the main house and central garden space to E.S. Moorat, a wealthy Armenian merchant, who in turn, sold it back to the Government in 1830 AD, for Rs.28,000. The property was originally 43 acres in extent and stretched from Casa Major Road to the present Police Commissioner's Road, and it was flanked by the Pantheon Road and Halls Road.

National Institute of Technical Teachers Training and Research (NITTTR)

Taramani | esst. on:1964.

The National Institute of Technical Teachers Training and Research (NITTTR) Chennai was established as an autonomous Institute by the Ministry of Education, Government of India in the year 1964 to improve the quality of Engineering Education system in India and in the Southern Region in particular. Within this mandate, the institute takes initiatives to offer need based Human Resource Development programmes through appropriate modes and develop curricula and instructional resources. It also fosters research in the inter disciplinary area of Engineering Education and offers consultancy and extension services for the total development of Engineering Colleges, Polytechnic Colleges, Vocational institutions, Industry, Service sector and the Community at large.

Y.R. Gaitonde Centre for AIDS Research and Education (YRG CARE)

Rajiv gandhi salai, taramani, | esst. on:2000.

Padma Shri Dr. Suniti Solomon is a pioneer and leader in the field of HIV disease. In 1986, Dr. Suniti Solomon documented the first cases of HIV infection in India. As part of that effort, she founded the Y.R. Gaitonde Centre for AIDS Research and Education (YRGCARE). She was posthumously conferred the Padma Shri, India's fourth highest civilian award on Republic Day 2017 in recognition of her pioneering work in the field of HIV disease and her yeoman service to HIV-positive people, their families, their communities, and the country

National Institute of Epidemiology

Second main road, tamil nadu housing board, ayapakkam, | esst. on:1999.

The National Institute of Epidemiology (NIE) was established on July 2, 1999 by merging the Central JALMA Institute for Leprosy (CJIL Field Unit), Avadi with the Institute for Research in Medical Statistics (IRMS), Chennai. The broad objectives of the Institute cover Development of human resources in epidemiology and bio-statistics, Networking of the various ICMR and non-ICMR Institutes at the national level for epidemiological purposes, and Consultancy.

Madras Diabetes Research Foundation

, conran smith road, gopalapuram, | esst. on:1996.

Diabetes, a chronic metabolic non communicable disease (NCD), has attained epidemic proportions worldwide. As of 2015, 415 million adults have diabetes, and this number is estimated to increase to 642 million by 2040. More than 95% of all adults with diabetes have type 2 diabetes (T2DM). India is one of the epicentres of the global diabetes epidemic and has the second highest number of people with the disease in the world with 69.2 million individuals as of 2015 and this number is set to increase to 123.5 million by 2040. The personal, social and economic costs of diabetes are huge and are likely to adversely affect India's economic development over the next couple of decades. Unless urgent steps are taken to thwart this burgeoning epidemic, more and more young and middle-aged Indians will fall prey to diabetes in the prime of their lives. The first step to combating any epidemic is to gather all available information about it. Till recently, efforts to tackle the diabetes epidemic in India were hamstrung by the lack of quality original data emanating from the country itself. It was also evident to researchers in this field that the data obtained from Western populations could not be directly extrapolated to Indians, since the natural history of diabetes in Indians is quite different from other ethnic groups. Recognizing the need for a world class research institute to conduct studies on diabetes and its complications in India, Dr. V. Mohan and Dr. M. Rema established the Madras Diabetes Research Foundation (MDRF) in 1996. From its humble beginnings in a small room, MDRF has gone from strength to strength and is now recognized worldwide as a premier research institute for diabetes and its complications.

Regional Metrological Centre

College road, thousand lights west, thousand lights, | esst. on:1875.

Regional Meteorological Centre, Chennai is one of the six regional meteorological centres (RMCs) of the India Meteorological Department (IMD) and is responsible for the weather-related activities of the southern Indian peninsula comprising the states of Andhra Pradesh, Telangana, Karnataka, Kerala, Tamil Nadu and the union territories of Andaman and Nicobar, Lakshadweep Islands and Puducherry. The other regional centres are located at Kolkata, Guwahati, Mumbai, Nagpur and New Delhi.[1] Established in the later part of the 18th century, the Chennai meteorological centre is considered one of the first modern astronomical-cum-meteorological observatory in the East beyond Europe, way before the establishment of the Indian Meteorological Department in 1875.[2] it was Established by William Petrie at Madras

Institute of Dialogue with Cultures and Religions (IDCR)

Loyola college, nungambakkam | esst. on:2002.

The Institute’s focus and objective is to promote a genuine spirit of unity among and respect for all religions and their followers, to engage in breaking differences and building bridges, to resolve conflicts ensuring peace and forgiveness among and between believers and others, going beyond the boundaries of caste, creed, and culture.

Fishery Survey of India

Fishing harbour complex, royapuram, | esst. on:1972.

In the year 1946 Government of India established a pilot project known as Deep Sea Fishing Station with the objective of augmenting food supply trough development of deep-sea fishing. The project graduated to the status of a survey institute in the year 1974 and was named the Exploratory Fisheries Project. The Base Offices of the institute known as Offshore Fishing Stations were located in al the maritime states. Exploratory fishing, charting of fishing grounds, training of fishing operatives and testing commercial possibilities of deep-sea fishing were the programmes assigned to it. With the declaration of the Exclusive Economic Zone (EEZ) and consequent changes in priorities in marine fisheries development, there was a growing need for information on resources. In order to address the emerging needs, the Institute underwent a major structural and functional transformation in 1983. It was reorganised and upgraded as a National Institute and rechristened as Fishery Survey of India (FSI). FSI was reorganised and upgraded as a National Institute and was recognised as a Science & Technology Institute in the year 1988. Consequent to the reorganisation, the Institute has enlarged and upgraded the scope and contents of its functions and activities. FSI has thus emerged as the nodal fishery Institute in India with the primary responsibility of survey and assessment of fishery resources in the Indian Exclusive Economic Zone (EEZ) and adjoining areas for promoting sustainable exploitation and management of the marine fishery resources. Marine Engineering Division (MED) - Latest addition to the FSI Marine Engineering Division is the latest addition to the Fishery Survey of India that was transferred from erstwhile IFP (currently NIFPHATT) in the year 2005 having prime land of 3.8 acres and a jetty. The MED can undertake Maintenance works including dry-docking / underwater repairs of the deep-sea fishing vessels. The following facilities are available at MED. Slipway Yard - It has the capacity to dock the vessels up to 150 GRT. The special feature of the slipway is that the vessel can be kept in horizontal position while in the dry-dock. Engineering Workshop - It has the required machinery and equipments like lathe machines, radial drilling machines, plate and pipe bending machines, pneumatic power hammer etc. ILR Servicing Centre - Certified with ISO 9001:2000 and approved by the DG Shipping. Dredging - MED has a grab dredger with a capacity of 40 cubic meter per hour, and also Cutter Suction Dredger. Marine Electronic Section - Marine Electronic Section of MED undertakes the repair and maintenance of electronic equipments like Echo sounders, Auto Pilot, RADAR, GPS, VHF & AIS etc. During 2009-10, the Marine Engineering Division's ILR service station has serviced 23 rafts and achieved a revenue of Rs. 7 lakhs. The work on strengthening of the jetty and construction of fresh water tank is in progress. MED has fabricated 3 sets of otter boards and supplied to the FSI vessels. Two Ice crushers fabricated at MED were supplied to LDCL

Cancer Institute (WIA)

East canal bank road, gandhi nagar, adyar | esst. on:1954.

The Cancer Institute (WIA), Chennai was established more than 50 years ago by the Womens' Indian Association Cancer Relief Fund under the leadership of Dr. Muthulakshi Reddy, as a "mission" to provide scientific treatment and promote health education amongst all sections of people. The ethos of the Cancer Institute (WIA) is "service to all" irrespective of social or economic class. It was established in the faith that selfless service would generate its own strength and funds would always be found. The Institute will not be confined to the four walls of a multi storey building but will strive to reach out to every nook & corner of the state. The Cancer Institute (WIA) shall aspire to be a symbol of man's eternal quest to conquer disease and an inspiration that reaches out to humanity.

Central Leather Research Institute (CLRI)

| esst. on:1948.

The role of CSIR-CLRI in scientific industrial research space of India is very focused. Objective of the institute is to meet the needs of the leather and allied sectors through research, technology development and transfer, training and industrial support and formulation of policies and plan of action that ensures a technology based competitive advantage for Indian leather

National Institute for Research in Tuberculosis (NIRT)

Mayor sathyamoorthy road | esst. on:1956.

ICMR-National Institute for Research in Tuberculosis [Formerly Tuberculosis Research Centre (TRC)], a permanent Institute under the Indian Council of Medical Research (ICMR), is an internationally recognized Institution for Tuberculosis (TB) research. It is a Supranational Reference Laboratory and a WHO Collaborating Centre for TB Research and Training. Recently, an International Centre for Excellence in Research (ICER) in collaboration with NIH was established at the Centre.

International Institute of Tamil Studies

2nd main road,cit campus, taramani | esst. on:.

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Madras Institute of Development Studies (MIDS)

Second main road,gandhi nagar, adyar, | esst. on:1971.

In 1976 the Government of India through the Indian Council of Social Science Research (ICSSR), New Delhi, sent a mission to study the possibility of developing MIDS into a national institute of social science research. On the recommendations of the mission the Institute was reconstituted as a National Institute in March 1977 under the joint sponsorship of the Government of India throu gh the ICSSR and the Government of Tamil Nadu. The trustees gifted to the reconstituted National Institute its land and buildings, its library, furniture and equipment and a cash endowment. The Reserve Bank of India established a Chair in applied research in regional economics in the Institute in 1985.

Captain Srinivasa Murthy Regional Ayurveda Drug Development Institute (CCRAS, Ministry of AYUSH, Government of India)

Arignar anna government hospital campus, arumbakkam, | esst. on:1963.

To develop scientific evidence in Ayurvedic Principles, drug therapies by way of integrating ancient wisdom with modern technology and to bring Ayurveda to the people through scientific innovations related to diagnostics, preventive, promotive as well as treatment methods and also introduce scientific research for sustained availability of quality natural resources, to translate them into products and processes and in synergy with concerned organizations to introduce these innovations into public health systems

Central Electrochemical Research Institute – CECRI Madras Unit

C.s.i.r. madras complex, taramani, | esst. on:1971.

The campus is unique in many aspects. A rare blend of engineering expertise in the field of electrochemical, electronics, instrumentation, metallurgy, and environmental engineering is available under one roof. A team of dedicated scientists, technologists, administration and supporting staff numbering around 230 along with an excellent infrastructure of modern sophisticated equipment's and machinery enable these capabilities and services.

Zoological Survey of India

Santhome high road | esst. on:1961.

The Zoological Survey of India (ZSI) was established on 1st July, 1916 to promote survey, exploration and research leading to the advancement in our knowledge of various aspects of exceptionally rich life of the erstwhile ´British Indian Empire´. The survey has its genesis in the establishment of the Zoological Section of the Indian Museum at Calcutta in 1875. By gradually strengthening its staff and expanding its research programmeThe Zoological Survey of India (ZSI) was established on 1st July, 1 916 to promote survey, exploration and research leading to the advancement in our knowledge of various aspects of exceptionally rich life of the erstwhile ´British Indian Empire´. The survey has its genesis in the establishment of the Zoological Section of the Indian Museum at Calcutta in 1875. By gradually strengthening its staff and expanding its research programme

Shri. A.M.M Murugappa Chettiar Research Centre

| esst. on:1973.

Shri A.M.M. Murugappa Chettiar Research Centre (MCRC), Chennai is a non-profit research organization, established in 1973 and registered under the Societies Registration Act of 1860. MCRC is recognized by the Department of Scientific and Industrial Research (DSIR), Government of India, as an independent Scientific and Industrial Research Organization (SIRO). MCRC was a Technology Resource Centre for CAPART, Govt. of India and continues to strive for Excellence in Rural Development under Department of Science and Technology (DST) Core Support Programme.

State Resource Centre for Adult and Continuing Education

First street, venkatrathnam nagar extension, | esst. on:1977.

RASS visualizes a society where all human beings live with dignity. RASS believes that every human being has inalienable rights, guaranteed by the Constitution of India and the International Covenants. RASS envisions itself as a peoples’ initiative for protection of basic and inalienable human rights with specific emphasis on - women, children, the elderly, the challenged and the poor and the needy.

Centre for Research on New International Economic Order (CRENIEO)

New mahabalipuram road, muttukkadu | esst. on:1979.

Promoting quality of life, education, skills for natural resource management and entrepreneurial skill for economic self-reliance. Community action for social change and climate change is the key tool in the armory of development methodology, while gender equity and environmental care are the umbrellas for sustaining the development of people living in and around lake regions and forest areas, who are basically the target group.

Department of Archaeology, Government of Tamil Nadu

The State Department of Archaeology was started in the year 1961 with the objectives of conservation and preservation of ancient monuments in Tamil Nadu, to conduct excavations at historical sites. Subsequently, its activities were expanded to include Epigraphy (copying and deciphering of stone inscriptions, printing and publishing them in book form), setting up of site museums, chemical preservation of art objects etc.The aim of the department is to showcase the rich heritage and glorious traditions of Tamil Nadu with its classical Tamil language, magnificent monuments, exquisite temples, art and sculpture and diversified traditions.

Loyola Institute of Business Administration (LIBA)

1, | esst. on:1979.

Loyola Institute of Business Administration (LIBA) is a premier B-school, established in 1979 within the premises of Loyola College, to form competent and committed leaders who are ethical, principle-centred and socially responsible with a global perspective and entrepreneurial spirit. LIBA is managed by Jesuits of the Loyola College Society well-known for their outstanding contribution to higher education. LIBA stands for excellence with ethics which are the hallmarks of Jesuit business education and all its programmes and activities embody these two elements. LIBA earnestly strives to inculcate in the students the values of excellence, justice, honesty and service to the society.

C.P. Ramaswami Aiyar Foundation

1 | esst. on:1966.

The C.P. RAMASWAMI AIYAR FOUNDATION was established in 1966, after the passing away of C.P. Ramaswami Aiyar, to continue the work of Dr. C.P. Ramaswami Aiyar, to serve the interests of the community at large and to promote Indian culture and education, research and socio-economic development.

VRR Institute of Biomedical Science

VRR INSTITUTE OF BIOMEDICAL SCIENCE is a higher education company based out of (AFFILIATED TO UNIVERSITY OF MADRAS) 1/7 MRB AVENUE , BHAJANAI KOIL STREET, KATTUPAKKAM , CHENNAI, Tamil Nadu, India.

GLR Laboratories Pvt. Ltd.,

444 | esst. on:.

GLR Laboratories Pvt Ltd is a Biocompatibility service provider with laboratories based in India and consultation offices in the UK, USA, and Ireland. Our laboratory is OECD Good Laboratory Practice (GLP) and ISO 17025:2017 accredited. All in vitro and in vivo biological studies are conducted in our laboratories at Chennai, India, and chemical characterizations are conducted at our partner facility in Mumbai, India.

Chennai Snake Park

| esst. on:1972.

The Chennai Snake Park, officially the Chennai Snake Park Trust, is a not-for-profit NGO constituted in 1972 by herpetologist Romulus Whitaker and is India's first reptile park. Also known as the Guindy Snake Park, it is located next to the Children's Park in the Guindy National Park campus.

CReNIEO is recognised by the University Grants Commission as a Research Centre. The Centre is affiliated to the University of Madras for M.Phil. in Economics and Ph.D. studies in Economics , History, Sociology and Education. The Centre is also affiliated to Bharathidasan University for Ph.D. studies in Economics. The Centre in 1989 introduced in its M.Phil course on the novel subject of Environmental Economics perhaps for the first time in India. The Centre is affiliated to the Tamil Nadu Open University (TNOU) as a Vocational Centre and is accredited to the Indira Gandhi National Open University (IGNOU) as a community collage. The Centre has direct development interventions in the villages around Nayagragh in Orissa, Pulicat and Yercaud in Tamil Nadu. The Centre implements programmes sponsored by the Department of Science and Technology, Government of India and State government departments. The broad objectives of CReNIEO for last 40 years has been to conduct socially relevant action research, applying research and study to train young leaders in rural development and on environment and from the experiences gained to implement development projects for the underprivileged communities in rural India.

International Institute of Biotechnology and Toxicology (IIBAT)

The present day IIBAT was established as a farm—“The Coromandel Indag Farm” way back in 1978. The farm was a non-profit research trust/society –recognized by the ministry of Science and Technology, Govt. of India under the DSIR scheme. Later, the Coromandel Indag Research Centre was instituted, which was a venture of the Coromandel Indag Product Ltd., This was the first time that an Indian-owned pesticide manufacturer developed a research centre, the facilities of which were open to fellow members of the industry at home and abroad and to Government research institutions for conducting trials. The Coromandel Indag Research centre was renamed as Fredrick Institute of Plant Protection and Toxicology (FIPPAT) and registered as a SOCIETY in 1985. In May 2002, FIPPAT became IIBAT (International Institute of Biotechnology and Toxicology). In 2004, IIBAT raised to the level of a GLP-certified Contract Research Organization delivering contract services in the areas of Toxicology, Analytical Chemistry, Ecotoxicology, Genetic Toxicology, Radioisotope studies, etc.

G.S. Gill Research Institute

| esst. on:1990.

The G.S.Gill Research Institute was formally inaugurated on the 3rd day of August, 1990 by Dr. M.A.M. Ramaswamy, Pro-Chancellor of the Annamalai University. The institute commenced functioning with Mr.M.Gopalakrishnan, then Chairman of the Indian Bank, handing over the first set of books symbolically inaugurating the research library and handing over the cheque for a lakh of rupees for establishing the research library. Hence the library has been named after the Indian bank. Prof. T.N. Ananthakrishnan, the doyen of Entomology in India, inaugurated the various research schemes of the institute. To mark the occasion, a national seminar on “Grasshoppers, Locusts and agriculture” was held in the Institute, funded by the University Grants Commission, New Delhi and the Tamil Nadu state Council for Science and Technology.

Frontier Lifeline Pvt. Ltd.,

Frontier Lifeline Hospital (Dr. K.M. Cherian Heart Foundation) is a 100-bed Cardiac Specialty Hospital which provides world-class Cardiac Care to Adult and Pediatric patients from India and 21 countries, all over the world.

National Environmental Engineering Research Institute (NEERI)

CSIR-NEERI would continue to strive for providing innovative and effective solutions for environmentally sustainable development and to help Government, industry and the society, especially the 800 million underprivileged people of India.

National Metallurgical Laboratory

The foundation stone for National Metallurgical Laboratory was laid by Hon’ble Sri C. Rajagopalachari on 21st November, 1946. It was formally inaugurated and dedicated to the nation on 26th November, 1950 by Pandit Jawaharlal Nehru “in a spirit of hope and in a spirit of faith in the future’. The laboratory was an element of Sir Shanti Swaroop Bhatnagar’s vision of providing India with a network of research institutions for taking the country ahead in science and technology. CSIR-NML played a significant role in the industrial revolution of India starting from 1950 especially in the areas of mineral processing, iron and steel making, ferroalloys and extraction of non-ferrous metals, notably magnesium. Asia’s largest creep testing facility was also set up at CSIR-NML in the early 1970s and even today it ranks as the second largest creep testing lab in Asia.

Regenix Super Speciality Laboratories Pvt. Ltd.,

42 | esst. on:.

Regenix Drugs Ltd [RDL], a non listed public ltd company promoted by health care Professionals. The company is registered with Registrar of Companies and corporate office is located at Chennai, Tamilnadu., India. Regenix, manufacture and market formulations of small molecule. Regenix developed 15 innovative formulations in the field of diabetes, wound healing, peptic ulcers Hyperlipidemia and infertility and is marketed all over India.

National Institute for Empowerment of Persons with Multiple Disabilities (NIEPMD)

National Institute for Empowerment of Persons with Multiple Disabilities (Divyangjan) established in the year 2005, on East Coast Road, Muttukadu, Chennai, Tamil Nadu, (about 30 km from Chennai Central railway station, Mofussil bus terminus and airport) Under Department of Empowerment of Persons with Disabilities (Divyangjan), Ministry of Social Justice & Empowerment, Govt. of India, to serve as a national resource center for empowerment of persons with Multiple Disabilities such as those with two or more disabilities in a person. The Disabilities enumerated as per RPWD Act (2016) are Blindness, Low-vision, Leprosy Cured persons, Hearing Impairment (deaf and hard of hearing), Locomotor Disability, Dwarfism, Intellectual Disability, Mental Illness, Autism Spectrum Disorder, Cerebral Palsy, Muscular Dystrophy, Chronic Neurological conditions, Specific Learning Disabilities, Multiple Sclerosis, Speech and Language disability, Thalassemia, Hemophilia, Sickle Cell disease, Multiple Disabilities including deafblindness, Acid Attack victim, Parkinson's disease and as per The National Trust (1999) Act, are Autism, Cerebral Palsy, Mental Retardation and Multiple Disabilities.

Prof. M. Viswanathan Diabetes Research Centre & M.V. Hospital for Diabetes (P) Ltd.,

4 | esst. on:.

M.V. Hospital for Diabetes situated at Royapuram, Chennai, was established by late Prof. M. Viswanathan, Doyen of Diabetology in India in 1954 as a general hospital. In 1971 it became a hospital exclusively for diabetes care. Under Prof. M. Viswanathan's professional and administrative leadership, the hospital has grown to achieve the status of a teaching institution of international excellence. It has, at present, 100 beds for the treatment of diabetes and its complications. Over the years it has grown to be one of the largest referral centres for Diabetes, with more than 3,00,000 patients registered to-date. It is recognised as an internationally known tertiary care centre for referral of Diabetic patients requiring super-specialist is opinion and management.

UGC – DAE – Consortium of Scientific Research

UGC-DAE-Consortium for Scientific Research is an autonomous institute of University Grants Commission (UGC), which provides specialized training and advanced characterization facilities for university researchers and also making facilities of DAE accessible to them. It has been producing quality research articles and Ph.D. candidates. It is a new horizon in University Research.

Madras Research Centre of ICAR - Central Marine Fisheries Research Institute

| esst. on:1947.

The Central Marine Fisheries Research Institute was established by Government of India on February 3rd 1947 under the Ministry of Agriculture and Farmers Welfare and later it joined the ICAR family in 1967. During the course of over 65 years the Institute has emerged as a leading tropical marine fisheries research institute in the world.

Since its inception, the CMFRI grew significantly in its size and stature and built up adequate research infrastructure and recruited qualified staff. During the first half of the five decades of its existence, the CMFRI devoted its research attention towards the estimation of marine fisheries landings and effort, taxonomy of marine organisms and the bio-economic characteristics of the exploited stocks of finfish and shellfish. This research effort contributed significantly to India’s marine fisheries development from a predominantly artisanal, sustenance fishery till the early sixties to that of a complex, multi-gear, multispecies fisheries.

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CSIR-NATIONAL ENVIRONMENTAL ENGINEERING RESEARCH INSTITUTE A constituent laboratory of CSIR

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NEERI in Social Media

CSIR-NEERI celebrate National Technology Day

CSIR-NEERI celebrates Dr. Babasaheb Ambedkar Jayanti

Yash panhekar, PGM BSNL, Speaking at a programme held to mark Dr. Ambedkar Jayanti at CSIR-NEERI

CSIR-NEERI celebrated 66th Foundation Day on 8th April 2024

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CSIR-NEERI celebrated Dr. Babasaheb Ambedkar Jayanti on 14th April 2024 (24-04-2024)

CSIR-NEERI in print media, January-2024 - March-2024 (24-04-2024)

India will become the third superpower in six years, 66 founding days of CSIR-NEERI

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It is everyone's moral responsibility to save the environment, 66th Foundation Day of CSIR-NEERI (24-04-2024)

One-day workshop on International Conventions on Chemicals and Waste 23/06/2023, Kolkata Image

One-day workshop on International Conventions on Chemicals and Waste 23/06/2023, Kolkata (23-06-2023)

CSIR-NEERI Inaugurates Annual Report

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--> One-day National Conference on Environmental Impact Assessment: Resource Management & Policy Making (ERPM-2024) on July 19th, 2024 (Friday) at Hyderabad

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CSIR-NEERI celebrates National Technology Day: Discussion on waste water treatment ... --> --> --> CSIR-NEERI celebrates National Technology Day: Talk on Wastewater treatment ... --> --> --> CSIR-NEERI celebrated National Technology Day ... --> --> --> Lecture Series at NEERI, NEERI 66 Foundation Day ... --> --> --> India's contribution to global warming is less: Goswami, Neeri 66 foundation days ... --> --> --> CSIR-NEERI celebrated Dr. Ambedkar Jayanti ... --> --> --> Got third place in science model competition, NEERI 66 Foundation Day. ... --> --> --> Emphasis on One Health Concept, NEERI 66th Foundation Day, Dr. Atul Vaidya, Director CSIR-NEERI. ... --> --> --> Made in India devices in hospitals in 5 to 10 years, 66th Foundation Day, CSIR-NEERI ... --> --> --> Need to save environment, we have already reached tipping point, 66th Foundation Day, CSIR-NEERI ... --> Pause Play View all View all --> Vision & Mission About CSIR About NEERI Quality Policy Director's Desk NEERI's Vision

Leadership in Environmental Science and Engineering for Sustainable Development

NEERI's Mission

Dr. N. Kalaiselvi, Director General CSIR,New Delhi

The Council of Scientific & Industrial Research (CSIR), known for its cutting edge R&D knowledge base in diverse S&T areas, is a contemporary R&D organization. Having a pan-India presence, CSIR has a dynamic network of 38 national laboratories, 39 outreach centres, 3 Innovation Complexes and 5 units. CSIR’s R&D expertise and experience is embodied in about 4600 active scientists supported by about 8000 scientific and technical personnel.

CSIR covers a wide spectrum of science and technology – from radio and space physics, oceanography, geophysics, chemicals, drugs, genomics, biotechnology and nanotechnology to mining, aeronautics, instrumentation, environmental engineering and information technology. It provides significant technological intervention in many areas with regard to societal efforts which include environment, health, drinking water, food, housing, energy, farm and non-farm sectors. Further, CSIR’s role in S&T human resource development is noteworthy.

Pioneer of India’s intellectual property movement, CSIR today is strengthening its patent portfolio to carve out global niches for the country in selected technology domains. CSIR is granted 90% of US patents granted to any Indian publicly funded R&D organization. On an average CSIR file about 200 Indian patents and 250 foreign patents per year. About 13.86% of CSIR patents are licensed - a number which is above the global average. Amongst its peers in publicly funded research organizations in the world, CSIR is a leader in terms of filing and securing patents worldwide. CSIR has pursued cutting edge science and advanced knowledge frontiers. The scientific staff of CSIR only constitute about 3-4% of India’s scientific manpower but they contribute to 10% of India’s scientific outputs. In 2012, CSIR published 5007 papers in SCI Journals with an average impact factor per paper as 2.673. In 2013, CSIR published 5086 papers in SCI journals with an average impact factor per paper as 2.868.

CSIR has operationalized desired mechanisms to boost entrepreneurship, which could lead to enhanced creation and commercialization of radical and disruptive innovations, underpinning the development of new economic sectors. CSIR has put in place CSIR@80: Vision & Strategy 2022 – New CSIR for New India.CSIR’s mission is “to build a new CSIR for a new India” and CSIR’s vision is to “Pursue science which strives for global impact, the technology that enables innovation-driven industry and nurtures trans-disciplinary leadership thereby catalyzing inclusive economic development for the people of India”.CSIR is ranked at 84th among 4851 institutions worldwide and is the only Indian organization among the top 100 global institutions, according to the Scimago Institutions Ranking World Report 2014. CSIR holds the 17th rank in Asia and leads the country at the first position.

The CSIR-National Environmental Engineering Research Institute (CSIR-NEERI) is a research institute created and funded by Government of India. It was established in Nagpur in 1958 with focus on water supply, sewage disposal,communicable diseases and to some extent on industrial pollution and occupational diseases found common in post-independent India.

NEERI is a pioneer laboratory in the field of environmental science and engineering and is constituent laboratory of Council of Scientific and Industrial Research (CSIR). NEERI has five zonal laboratories at Chennai, Delhi, Hyderabad, Kolkata and Mumbai. NEERI comes under the Ministry of Science and Technology (India) of central government. The NEERI is an important partner organization in India’s POPs National Implementation Plan (NIP).

The National Environmental Engineering Research Institute (NEERI), Nagpur was established in 1958 as Central Public Health Engineering Research Institute (CPHERI), when environmental concerns were limited to human health with a focus on water supply/sewage disposal/ communicable diseases and to some extent on industrial pollution and occupational diseases. The chemical and biological solutions to address these problems were simple, though challenging. However, slowly worldwide public awareness on the contamination of environment on regional to global scale started getting attention in 1970’s. Shrimati Indira Gandhi, the then Prime Minister of India, rechristened the Institute as National Environmental Engineering Research Institute (NEERI) in the year 1974. National Environmental Engineering Research Institute (NEERI), Nagpur is devoted to research and innovations in environmental science and engineering besides solving a range of problems posed by industry, government and public.

Quality Objectives

NEERI strives to achieve excellence and continual improvement through activities leading to scientific and technological innovations, technical solutions, sharing knowledge and expertise for enabling government, industry, and society to improve quality of environment.

Enhanced R&D performance resulting in:

The sustainable improvement will be realised in terms of:

Publications (Number in SCI Journals and CIF)
Patents (Number)
ECF generation (Growth in %)

Enhanced customer satisfaction (CS Index)

Technologies developed and Transferred (Nos.)

Environmental information dissemination in terms of Website, NEERI Journals, Publications, Reports, Newsletters, Databases, etc.
Participation of scientists in societal missions and decision making in Government and industry

CSIR-NEERI has completed 63 year glorious service to the society as leading national research institution and has significant contributed to the growth of the industries and transforming lives of common man. As one of CSIR's premier Institute focussing on the environment, NEERI plays a very important role in defining Leadership in Environmental Science and Engineering for Sustainable Development. I have always believed that sustainable environment practices make a positive contribution to the environmental, social and economic sustainability of the communities they serve. Read More

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Central Electro Chemical Research Institute

Li-ion battery

CECRI Madras Unit, based in Chennai, is a satellite unit of pioneering CSIR-Electrochemical Research Institute of Karaikudi. Since 10 years, Unit is dedicated towards the fundamental driven science concept to product delivery and also cater the needs of many industry driven research programmes sponsored by various agencies including government bodies and private sectors. CECRI Madras Unit has all the sophisticated electrochemical characterization facilities for basic research to understand the catalytic activity of the electrocatalysts, ionic conductivity of the membranes and fuel cell test station and assembly units for testing cells and stacks of various capacities which will bring benefits to the Environment, Energy Security and Economic growth.

CECRI- Chennai unit lithium ion battery R&D extremely focus on synthesizing of novel materials like Metal Oxides, Oxyfluorides, Fluorophosphates, Fluorosulfates, NASICON type materials. CSIR-CECRI has developed indigenous fabrication technology for 18650 cells and pouch cells. CSIR-CECRI has developed proto-type Li-ion fabrication facility for 18650 cells. It is the India’s first pilot plant facility which will manufacture the Li-ion cells with a capacity of 1500 mAh/3.7 V and dedicated in working to improve capacity of Li-ion battery. The developed 18650 cells were utilised for powering solar lanterns and hats.

CECRI- Chennai unit has very good quality and quantity of publications covering a diverse spectrum of materials related to lithium/sodiumbatteries. A large numbers of scholars have completed Ph.D. in these areas and an equal number is pursuing Ph.D. on advanced materials for futuristic systems like lithium batteries, sodium-ion batteries, Green (Organic) batteries, lithium sulphur and lithium air batteries. The Research work on materials for energy applications focuses on mixed metal oxide compounds belonging to pyrochlore, fluorite, perovskite, etc, structured family of compounds.

The strength of this unit lies in minute detailing of all the aspects related to energy storage and conversion

CECRI Madras Unit recent success story includes demonstration of 4.5 kW High temperature air cooled Polymer Electrolyte Membrane Fuel cell (PEMFC) stack to TVS Motors, Hosur for three wheeler application, development of 3 kW water cooled PEMFC stack and validation in Patalganga Site of Reliance Industries P Ltd. Mumbai and 1 kW air cooled PEMFC stack to IGCAR, Kalpakkam for hydrogen removal
Presently, this unit has been working towards two important industry originated program with Thermax and KPIT, Pune wherein the deliverables are on the development of 5 kW HT PEM stack for combined power and cooling application and low temperature 8 kW PEM stack with metallic bipolar plates for automotive applications
CECRI’s indigenously made portable fuel cell power centre which gives a net power output of upto 10 W, combines low-cost fuel cell and solid hydrogen cartridge for charging the mobile phones and lights
CECRI has developed proto-type Li-ion fabrication facility for cylindrical and pouch cells. It is the India’s first pilot plant facility which will manufacture the Li-ion cells and dedicated in working to improve capacity of Li-ion battery. The developed 18650 cylindrical cells will be utilised for powering solar lanterns, grid storage, consumer devices and electric vehicles. CECRI is working with various industries and start-ups to make use of these ‘make in India’ batteries for multifarious applications.
CECRI- Chennai unit has very good quality and quantity of publications covering a diverse spectrum of materials related to fuel cells, lithium/sodium batteries, supercapacitors etc. A large numbers of scholars have completed Ph.D. in these areas and an equal number is pursuing Ph.D. on advanced materials for futuristic systems like lithium batteries, sodium-ion batteries, Green (Organic) batteries, lithium sulphur, lithium air batteries and fuel cells.

Fuel Cells: R and D Research Highlights

(i) Polymeric membrane electrolytes for polymer electrolyte membrane fuel cells.

Organic-inorganic composite membranes for low humidity PEMFCs
Natural & synthetic polymeric hybrid membranes for reduced methanol cross-over in DMFCs
Nafion-porous hygroscopic filler materials for PEFCs and DMFCs
Anion exchange membrane electrolytes for alkaline polymer electrolyte fuel cells

(ii) New electrocatalystsfor ORR and MOR polymer electrolyte membrane fuel cells.

Pt based binary alloy catalysts
New support materials like mesoporous carbon, CNT, GNF, graphene etc.
Pore engineering on mesoporous carbon useful for GDLs and synthesis of catalysts
Surface functionalization of carbon via conducting
Non-carbon based support materials
Non-precious metal catalysts
Non-metallic catalysts

(iii) New engineering designs for PEFC Stacks

Wick based humidification techniques
PEFC stack without external humidification
Metallic bipolar plates to reduce the weight of PEFC stack
New flow field designs for pressure drop optimization and water management
Steam reforming and thermal management
Diagnosis tools like current density distribution analysis, modelling, simulation etc
Stability, durability and failure analysis of the stack
Portable fuel cell for mobile applications

Li-ion battery: R and D Research Highlights

Developing Li-ion batteries that can charge in < 5 min
New generation of batteries using Na instead of Li
Developing high energy density, high capacity electrode materials and exploring new concepts.
Material development and scale up by employing environmentally benign synthesis methods
Developing next generation high energy density batteries such as Na-ion, metal-air, Li-air, Li-sulfur and all solid state batteries.
Test and analysis of battery performance, degradation, failure mode analysis
Development of cylindrical and pouch cells for energy storage applications.

Dr ALOK KUMAR RAMKRISHNA PAUL

S CHELLAMMAL

Dr G V M KIRUTHIKA

044-2257-4577

A S PRAKASH

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Dr D BHAT SANTHOSHKUMAR

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AKHILA KUMAR SAHU

Dr D KALPANA

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HARSHAL AGARWAL

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BALASUBRAMANIAN ANANTHARAMAN

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Dr M U SREEKUTTAN

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Dr DHAVALE VISHAL MAHESH

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Hemavathi S

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Aaranya Biosciences

Aaranya Biosciences Private Limited provides Preclinical Research needs of your discovery program by executing pharmacological and toxicology evaluation of your molecule in a quality, timely and cost-effective manner. Aaranya Biosciences Private Limited, Preclinical Research Facility at Biotech Park, Chennai, Tamil Nadu India. Aaranya Biosciences focus on early discovery, which includes SAR support by screening of compounds for their suitable targets like enzymes, receptors, protein etc by executing in-vitro assays using cell culture and biochemical and enzyme laboratory facility. Assay platform like absorbance, fluorescence, luminescence, imaging which utilizes enzymes, cell line, biological fluids to test their compound activity and rank order their potency. In addition to activity, we test the compound cytotoxicity using cell line, microbes and other biological systems. The compound properties of solubility, dissolution, stability in different pH and simulating fluids are tested to optimize compound nature so that it is effective to show their absorption, metabolism, distribution and excretion in the biological system. In-vivo DMPK studies are done along with screening assays for their activity and toxicity. Execute Pharmacokinetic, pharmacological and toxicity evaluation of compounds are done with its CPCSEA, government of India approved preclinical laboratory animal facility housing rats, mice, rabbits, hamster etc and also zebra fish. The compounds are tested for their efficacy using disease models. Based on the therapeutic area like cardiovascular, neurological disorders, skin and wound infection, metabolic disorders, cancer, disease models are selected, customized and conducted in rats, mice, rabbits, hamster, others and zebrafish. In addition, toxicity and pharmacokinetics studies are executed in rats, mice rabbits and zebra fish along with their organ toxicity and histopathology, clinical serum chemistry, & biomarker measurements. We ensure that the hit and lead drug candidates achieve an optimal balance between ADME, pharmacological and toxicological properties.

Our established objective is to connect people from varied industry segments; collaborate and facilitate to create value to clients through invention, discovery, and commercializing the product/molecule. Aaranya Biosciences Chennai, Tamil Nadu, India with its Preclinical In-vitro and in-vivo platform to conduct research programs leverages on its experienced manpower and state-of-art infrastructure to provide high quality R&D services across biology, DMPK, toxicology and pharmacology. We believe that continuous innovation means to investigate, create, evaluate, activate and celebrate research and discovery services. Clients get a two-way benefit by collaborating with us. Our business models present transparent pricing and an assurance on greater reachability in the market. We offer budget friendly research and discovery services through the latest operational structure and project specific alliances With its preclinical research facility with CPCSEA approved Small laboratory animal facility in Chennai executes efficacy, pharmacokinetics, toxicity & safety studies in Mouse, Rat, Rabbit, Zebrafish. Disease models in the area of neurological diseases (anxiety, depression, addiction Parkinson, Alzheimer, depression, inflammation (arthritis, IBD, NASH etc), ocular diseases, cardiometabolic disorders (obesity, diabetes etc), and cancer.

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Micro Therapeutic Research Labs Pvt. Ltd (MTRL) is a full service Clinical Research Organization (CRO) based in Chennai, Tamilnadu. MTRL specializes in providing Bioavailability/Bioequivalence (BA/BE) services to the pharmaceutical and biotechnology industry worldwide. With a commitment to providing world-class services, MTRL offers customized research solutions tailored to meet the unique requirements of its clients.

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One Week One Lab, a theme-based campaign of the Council of Scientific & Industrial Research (CSIR) is being organized to ignite the minds of young innovators, students, start-ups, academia ad industry to look for opportunities through deep tech ventures. Under this program various Institutes of CSIR, one after the other in every successive week, will show case their exclusive innovations and technological breakthroughs to the people of India.

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"CSIR-CLRI foresees to be the global hub that would transform the Indian Leather Industry into one, which is technology and innovation driven, thus steering India to be the Global Leader in Leather".

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Minister of health and family welfare, science and technology and earth sciences (2014-2021).

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Dr G Thyagarajan

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Dr T Ramasami

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CSIR-Central Leather Research Institute (Council of Scientific & Industrial Research) Adyar, Tamil Nadu, Chennai, India - 600 020

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नए वर्ष में हमारी यात्रा का मार्ग प्रशस्त है। पिछले वर्ष हमने जिस मार्ग में यात्रा की, वह एक अद्वितीय मार्ग रहा है। मैं वर्ष 2021 के लिए :

धैर्य, उदारता, और दयालुता; ख) नई प्रौद्योगिकियों में सहसंबद्धता; ग) विज्ञान, वैज्ञानिक, इंजीनियर, प्रौद्योगिकीविद और उत्पादन उद्योगों में विश्वास; घ) सफलता के लिए एक महत्वपूर्ण कदम के रूप में सप्लाइ चेन लाजिस्टिक्स; ङ) पर्यावरण को रीचार्ज करने का एक मार्ग और हमारे बीच पक्षियों और जानवरों के लिए जगह, और च) सार्वजनिक स्वास्थ्य प्रणालियों के विशिष्ट योगदान, की महत्वपूर्ण दिशाएं देख रहा हूँ।

जैसा कि हम वर्ष 2021 में प्रवेश कर रहे हैं, वर्ष 2020 ने जाते-जाते हमें वायरस से निपटने का आत्मविश्वास दिया है। आइए, हम वर्ष 2021 में, नए भारत एवं नई दुनिया के निर्माण के लिए कार्यनीतियों को विकसित करने में महत्वपूर्ण भूमिका निभाएँ।

आप सभी को सुरक्षित और ऊर्जावान् 2021 की शुभकामनाएं। आइए, हम सभी एक उत्कृष्ट भविष्य की ओर मिलकर आगे बढ़ें।

डॉ के जे श्रीराम निदेशक, सीएसआईआर-सीएलआरआई

The roads for our journey to a New Year are ready. The path that we covered in the last year has been one of its kind. I see a few take away for 2021:

a) Patience, Generosity, and Kindness; b) New technologies to stay connected; c) Belief in science, scientists, engineers, technologists, and manufacturing industries; d) Supply chain logistics as a critical step to success e) A way to recharge the environment and a place for birds and animals amongst us, and f) The crucial role of public health systems.

As we enter 2021, the takeaway of 2020 has given us the confidence to tackle the virus. In 2021, let us partner, to develop strategies to create a New India and a New World.

Wishing you all a safe and energetic 2021. Let us all work together towards a better future.

Dr K J Sreeram Director, CSIR-CLRI

Dr. Shekhar C. Mande Director General, CSIR & Secretary DSIR

The Council of Scientific & Industrial Research (CSIR) strives to provide scientific, industrial research and development that maximizes the economic & environmental and social benefit for the people of India. CSIR, with its complement of 10,000 highly qualified scientific & technical personnel, is amongst the largest R&D organization in the world for scientific and industrial research.

CSIR-CLRI as an organisation strives to enhance its technology footprint in the leather world and contribute to the gain of trade and employment advantage for India, leading to her global technology leadership. The institute looks forward to leveraging human capability and capacity to contribute equally in the four quadrants of public, private, societal and strategic goods. Through its state-of-art facilities, the institute provides technologies and hands-on-training for the benefit of the industry.

Tarining Programme in Leather Goods Design

The Indian leather goods industry has been expanding rapidly and its export performance in the last five years is very striking. The ever-growing competitive International market for the manufacture of sophisticated, fashion oriented and value added leather products has necessitated the need for design and quality inputs.

Vocational Programmes

These programs can be described as Autonomous programs of CLRI because the entire courses were designed and run solely by CLRI. From early 1993, these programs have produced around 1500 promising vocational candidates in all and dedicated to the industry. These vocational courses, of late, became indispensable for the industry.

Project Internship at CLRI

CLRI, a premier research organization in the country has a mandate to provide support to leather and allied sector. Highly qualified and able scientific personnel serving this reputed institute enable CLRI achieve its goal. Promotion of Science & Technology to the Society forms an important National agenda for CLRI.

Training Programme in Leather Goods Design

Harsh Vardhan

Minister of health and family welfare.

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Inviting CSR funds of Indian Industries for S & T interventions of CSIR-CLRI to augment socio-economic benefit to the society

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The Center of Excellence For Biomedical Engineering and Research (COEBER) is one of the best outstanding lab at CIT started in association with world no #1 company BIOPAC systems, Inc, USA and Gentech Marketing and Distribution (p) Ltd, India. The COEBER Laboratory is an innovative facility that is dedicated towards understanding the human physiological functions using BIOPAC data acquisition systems The COEBER is a facility rich in evidenced- based practice and prides itself on mentoring undergraduate students, doctoral students, in hands on access to modern human physiological analyses and design using the curriculum-based research pedagogical approach. The COEBER houses the most advanced equipment like MP36, MP45, MP160 (Wireless) for ECG/EEG/EMG/EOG, Pulse Transducer, BP Cuff Transducer, Air Flow Transducer and Respiratory Effort Transducer (Wireless) that offers a high impact human physiology experiments which can measure cardiovascular, muscular, pulmonary and neural responses that fosters the skills necessary for the students to examine and interpret issues related to human physiology from an evidence-based perspective that helps them to solve the real-world problems involving human health and medicine.

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Research Lab

Faculty of Engineering & Technology
Department of Electronics & Communication

The Laboratory facilities resources for research and development. The Laboratory has resources for research in design of algorithm for wireless communication, machine learning, etc., RF circuits design, antenna design, optical system design and analysis. The tools available in the laboratory supports to demonstrate the design of above mentioned areas by simulation, experimental and prototyping.

This laboratory is also supported by DST- FIST funding with infrastructure of vector signal generator and analyzer, NI-USRPs.

Specifications

Vector Signal Generator & Analyzer with 2X2, NI-USRP RIO 2943R – 4 No’s, NI-USRP 2901 – 4 No’s, Power Source, PCs – 29 No’s, Workstation – 2 No’s, Advanced design system (ADS) – 17.0 Version – 5users, LabVIEW – 2014 Version – 10users, ANSYS High Frequency Structural Stimulator – 5 users, SETFOS Version 5.2 software – 1 User, Oculus Quest 256GB, Voltera V- ONE PCB Machine.

The Specification of Systems are as follows:

Lenovo Neo 50, i7 – 2.10 GHz, 32 GB RAM, 1 TB HDD, 256 GB SSD, USB Port, Lenovo USB Keyboard, Lenovo, Laser Scroll Mouse, 18” LCD Monitor Lenovo Neo 50, i7 – 2.10 GHz, 16 GB RAM, 1 TB HDD, 256 GB SSD, USB Port, Lenovo USB Keyboard, Lenovo, Laser Scroll Mouse, 18” LCD Monitor DELL OptiPlex, i5 – 3.30 GHz, 4 GB RAM, 500 GB HDD, USB Port, Dell USB Keyboard, Dell Laser Scroll Mouse, 18” LCD Monitor HP 280 G2, i5 – 3.00 GHz, 4 GB RAM, 500 GB HDD, USB Port, HP USB Keyboard, HP Laser Scroll Mouse, 18” LCD Monitor DELL OptiPlex, i3 – 3.60 GHz, 8 GB RAM, 1 TB HDD, USB Port, Dell USB Keyboard, Dell Laser Scroll Mouse, 18” LCD Monitor. Lab investment: 15,480,759

Research Scholars, B. Tech and M. Tech students are utilizing the resources for Project and research works.

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Description

MIMO wireless communication could be prototyped in laboratory. RF circuit design and simulation for high frequency can be carried out with ANSYS HFSS and ADS tools. Cognitive radio application for next generation wireless systems can be prototyped and measurement of performance could be executed experimentally using USRPs. Material level optical system design and analysis could be carried out with SETFOS Software. The Sample Project works Carried out are

Capacity Evaluation, Power and Code Rate Adaptation issues in MIMO-OFDM Communications
2×2 MIMO Adaptive Power and Modulation for Cognitive Radio Application
OFDM Pre-coder for Cognitive Radio
Genetic Algorithm based Link Adaptation
Design of High Speed Data Rate MM Wave Wireless transceiver using Dynamic Beam Steering Scheme
Open LTE System Performance
Design of Reconfigurable Multiband multi-standard RF Receiver
Design of CMOS 60 GHZ RF Receiver
HBT Class-E Power Amplifier
Design and Analysis of High Frequency Gilbert cell Mixer Circuit using 180nm CMOS Technology
Context Aware CR Waveform Generation
FPGA Implementation of BPN Neural Network for Pattern Classification
Design of Frequency Selective Surface for Ism Band Applications
Beam Steering Reconfigurable Antenna for WLAN
Imaging Inverse Problems
Intelligent Signals and Imaging Systems
NOMA System Implementation on SDR
NOMA Power Domain Implementation on SDR
NOMA Code Domain Implementation on SDR

Contact Persons

Dr. p. vijayakumar.

[email protected]

Mrs. D. Sindu

[email protected]

ANTENNA DESIGN AND MEASUREMENT WORKIGN TEAM (HFSS, NETWORK ANALYZER), RF CIRCUITS DESIGN (ADS) WORKING TEAM, OPTI SYSTEM DESIGN, MATLAB

Dr. b. ramachandran.

[email protected]

Dr. M. Neelaveni Ammal

Asst. Prof. (Sr.G)

[email protected]

Mr. E.Sivakumar

[email protected]

Mr. S.Bashyam

[email protected]

Dr. S. Malarvizhi

[email protected]

Dr. J. Manjula

Associate Prof

[email protected]

Mrs. K. Suganthi

Asst. Prof. (S.G)

[email protected]

Dr. Shanthi Prince

Prof. & Head

[email protected]

Dr. M. Sangeetha

[email protected]

Dr. Vivek Maik

Research Assistant Professor

[email protected]

The Research Laboratory is located in Room no. TP910, Open Door Access: Monday to Friday: 8:00 A.M - 7:00 P.M Saturday: 9.00 A.M – 5.00 P.M Scheduled classes take priority

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Royal Bio Research Centre has guided more than 120 research projects for, M.Sc., M.Phil. B.Tech and M.Tech., Ph.D., students efficiently on all aspects of Biotechnology, Molecular Biology, Microbiology, Nanotechnology and Animal tissue culture.

The laboratory programs are designed to provide “HANDS-ON” experience to learn the techniques in Microbiology, Molecular biology, Enzyme technology, Immunotechnology, Chromatography, Herbal technology and Animal tissue culture

We have separate labs for Molecularbiology, Microbiology, Animal tissue culture and Nanotechnology with all needed and sophisticated equipments and infrastructure.

RBRC has successful ongoing research projects for partial fulfilment of B.Sc., M.Sc., M.Phil.,B.Tech., M.Tech., and Ph.D. degree candidates on all aspects of research divisions for the fulfilment of their degree.

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Research Lab In Chennai

Best Research Lab in Chennai –

A research laboratory is a place to conduct multiple sorts of scientific activities to find something innovative and advanced in the given subject. During the recent course of time, a research lab has become a pivotal organ of various industries. Do you search for a prestigious and professional research laboratory in Chennai ? Here is the ultimate destination you might b longing for! This blog intends to extend knowledge concerning some superior medical research centers based in Chennai . Continue reading!

It seems like no standard definition of medical research in the current arena. It is simply a process of acquisition and implementation of knowledge in the corridor of human medicine. Further, it is a creative procedure of multiple activities to be managed and performed by professional scientists and health professionals. Hence, the prime motive of medical research features broader thoughts by including the following insights:

Analyzing the understanding normal physiology of disease
Understanding the impact of various genetic and external factors on human health
Ensuring better health concerns for populations for longer
Diagnosing life-threatening diseases and suggesting effective curing policies
Indulging new therapeutic interventions

Needless to say, laboratory science observations are critical in the learning process across multiple areas of study. It supports and helps enthusiasts develop critical thinking and problem-solving skills alongside gaining exposure to reactions, equipment and experiments in a lab setting.

Significance of a Research Laboratory

Indubitably, a research laboratory is an undeniable element of the industry to carry on with strategic procedures for a given project. Various industrial units and institutions possess their own independent research centers to perform critical analysis of scientific protocols. It helps organizations to manage intuitive methodologies to bring a sustainable environment and work mechanisms within the company. Therefore, a research lab implies a pool of competent attributes and enables scientists to host efficient frameworks under scientific research procedures.

A research laboratory helps promote the clinical outcome and clinical experience for patients.
Laboratory medicine specialists ensure various services are up-to-date and suitable for the local healthcare atmosphere.
Laboratories deliver quality results and reporting in a timely manner.
Further, research findings may impact users of lab medicines in multiple ways.
It helps improve patients’ safety concerns to uplift clinical outcomes.
Also, a clinical research laboratory supports professionals while augmenting medicinal executions.

Best Research Labs in Chennai | Top Research Laboratory in Chennai

Struggling to find the top research lab in Chennai?

This might be the appropriate guide to address your volition!

Since the in-hand blog is documented to serve you with the composition of some finest research laboratories in the metropolitan city of Chennai. The capital city of Tamilnadu is all set to house tremendous research organizations with a high degree of proficiency, recognition and dexterity. Also, it incorporates an extensive environment of industrialization to support the Indian healthcare system at all levels. Let’s have a glimpse of some hand-picked clinical laboratories & research centers based in Chennai!

AAL Biosciences Research Pvt. Ltd.

Conceived in 2021, AAL Biosciences is a professional enterprise striving in the circuit of medical laboratory and research profiles. It is one of the superlative healthcare organizations that introduce realistic and science-backed strategies to transform people’s lives to a great extent. The clinical lab is developed incredibly in terms of infrastructure, technology, equipment installation and clientele. Currently, it enjoys the brass of the medical segment due to honest service policies and a customer-driven outlook.

Furthermore, AAL Biosciences is an ISO 9000:2015 corporation that further meets WHO-GMP guidelines. It evolves the potential to support clients from across diverse industries with their project-based requisites. Individuals come to undergo leading acquisitions to extend research projects on a laboratory basis. In collaboration with a team of award-winning scientists and lab technicians, customers capture accurate laboratory solutions in the following units:

Biochemical Assay
Biopharmaceutical Services
Genetically Modified Organisms
Microbiological Services

If you look for a trustworthy and high-tech research laboratory in Chennai, AAL Biosciences would certainly be the remarkable choice for you. It understands clients’ project requirements by peeping through the details and suggests appropriate solutions eventually. Customers enjoy the amenities like ultra-advanced lab equipment & machinery, the latest lab ideologies as well as incredible working conditions. You can follow the contact details as given below:

Contact Details

Address : SCO 134 Sector 14 Panchkula Haryana – 134113

Phone : +917087404026

Mail : [email protected]

Micro Therapeutic Research Labs Pvt. Ltd.

MTRL is another clinical research organization to accommodate clients’ projects belonging to the biotechnology and pharmaceutical industries. It reveals world-class facilities and an excellent working environment to generate accurate results and reliable solutions. Moreover, MTRL is an authorized organization you can approach to enhance individual experiences and overall potential.

A research laboratory has its own grace in pharmaceutical, biotechnology and other fields. It handles critical projects for better transformation and produces desired results to improve the overall growth and recognition of the firm. Also, a research center is an undetachable part of the healthcare system to carry out research procedures independently. Through this blog, we have tried to bring some of the leading research labs in Chennai together to help you pick the relevant partner for your organization. Hopefully, it has supported you in the best way possible.

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Top Research Labs in Chennai

Central Instrumentation Laboratory

The Central Instrumentation Laboratory (CIL) was established at Vels Institute of Science, Technology and Advanced Studies (VISTAS), Pallavaram, in 2017 to help the scientific community for their advanced research with nominal charges. The centre was initially housed with the state-of-the art facilities such as

Field emission scanning electron microscope (FESEM) with Energy dispersive X-ray spectroscopy (EDS)
Powder X-Ray Diffraction (XRD)
Dynamic Light Scattering (DLS) for Particle size and Zeta Potential measurement
High Performance Thin Layer Chromatography (HPTLC)
BET surface area analyzer.

Owing to the overwhelming response from the research community, by 2019 the centre has been equipped with additional high end sophisticated instrumentations such as

Confocal Raman imaging and spectroscopy
Atomic Force Microscopy (AFM)
Thermogravimetric Analyzer (TGA)
Differential Scanning Calorimeter (DSC)
Electrochemical workstation
Contact angle meter
Real time polymerase chain reaction (RTPCR)
UV-Visible spectrophotometer
Fourier Transform-Infra Red Spectroscopy (FT-IR) including Attenuated Total Reflectance (ATR) and Diffused Reflectance Spectroscopy (DRS) modes.

To be a reliable equipment facility centre for the advanced research and experimentation, creating a vibrant inter-disciplinary atmosphere.

To help the academic and industrial communities in solving the challenging scientific and industrial tasks using the established non-profitable facilities.

S.no	Instrument	Model	Principal Company
1	X-ray diffractometer (XRD)	SmartLab	Rigaku Corporation International Marketing Division. Japan
2	Dynamic light scattering - Particle Size and Zeta potential analyzer	Nanotrac Wave II	Microtrac, Inc. USA
3	BET Surface area analyzer	BELSorp Max	Microtrac, BEL Corp, Japan
4	Field emission scanning electron microscope (FESEM)- Energy Dispersive X-ray spectroscopy (EDS)	FESEM: Quattro S	FEI Company of USA (S.E.A) PTE LTD, Singapore
5	Confocal Raman Spectroscopy/Imaging	Alpha300R	WITec GmbH Germany
6	Thermogravimetric Analysis (TGA)	STAR e System TGA/DSC3+	Mettler-Toledo, Swizerland
7	Differential Scanning Colorimetry (DSC)	DSC-3	Mettler-Toledo, Swizerland
8	Fourier Transform IR spectroscopy (FTIR)	Spectrum Two FT-IR/Sp10 Software	PERKIN ELMER, USA
9	Atomic Force Microscope (AFM)	XE7	Park Systems, South Korea
10	High Performance Thin Layer Chromatography (HPTLC)	Autosampler: Linomat 5, Developer: TLC Scanner 3	CAMAG, Germany
11	Real time polymerase chain reaction (RT-PCR)	StepOne	Thermofisher Scientific, USA
12	UV-Vis Spectrophotometer	JAZ	Oceian optics, USA
13	Electrochemical Workstation	760A	CH instruments, USA
14	Contact angle meter		Holmarch, India

Charge details for using the equipment at Central Instrumentation Laboratory (CIL), VISTAS

Instruments (Model & Make)	Service Charges excluding 18% GST per Sample (Rs.)

POWDER X-RAY DIFFRACTION (P-XRD) (2θ range-5 to 130) (Model- SmartLab SE X-Ray; Make- Rigaku, Japan)
	500	1000
FIELD EMISSION SCANNING ELECTRON MICROSCOPE (FESEM) WITH ENERGY DISPERSIVE X-RAY SPECTROMETER (EDS) (Model- Quattro S; Make- ThermoFisher Scientific, USA)
FESEM image (5 to 7 images)	1500	3000

EDS (One EDS spectra & one elemental mapping)	750	1000

FESEM with EDS (5 images with One EDS spectra & one elemental mapping )	2000	4000
DYNAMIC LIGHT SCATTERING (DLS) Analysis (Model- Nanotrac Wave II; Make- Microtrac Inc, USA)
Particle Size	1000	2000
Particle Size with Zeta potential	1500	3000
BET ANALYSIS (Model -BETSORP Max; Make- Microtrac BEL, Japan)
Surface Area	2000	4000
Adsorption/Desorption isotherm	2500	5000
SIMULTANEOUS THERMOGRAVIMETER/DIFFERENTIAL SCANNING CALORIMETER (TGA-DSC) (Temp from RT to +1500° C) (Model- DSC 3+ Make- Mettler toledo, Swizerland)
Heating only (charges per hour)	1500	2000
Heating and Cooling (charges per hour)	2000	3000
DIFFERENTIAL SCANNING CALORIMETER (DSC) ) (Temp from -80° C to +400) (Model- DSC 3+ Make- Mettler toledo, Switzerland
Heating only (charges per hour)	1500	2000
Heating and Cooling (charges per hour)	2000	3000
ATTENUATED TOTAL REFLECTANCE FOURIER TRANSFORM INFRA-RED SPECTROMETER (ATR-FTIR)
(Model- Spectrum 2 ; Make- PerkinElmer, USA)
ATR mode	300	700
Transmittance mode	400	800
Diffused reflectance mode	500	1000
Liquid sample (non-aqueous)	750	1500
ATOMIC FORCE MICROSCOPE (AFM) (Model- Park XE7 ; Make- Park System, Korea)
Non-Contact mode (4 images per sample)	1500	2000
Tapping mode (4 images per sample)	2000	3000
Contact mode (4 images per sample)	2000	3000
Lateral Force Microscope (LFM) mode	2000	3000
Electrochemical In-suite studies	7500	10000
Liquid probe mode	2000	3000
Magnetic Force Microscope (MFM) mode	2000	3000
Force Modulated Microscope (FMM) mode	2000	3000
CONFOCAL RAMAN MICROSCOPE-IMAGINING/SPECTROMETER (Model-Apollo 300R Make-Witech, Germany)
Raman spectra only	1000	1500
Chemical(2D) imaging and spectra analysis	2000	3000
Depth profiling and spectra analysis	3000	5000
3D imaging and spectra analysis	7500	10000
HIGH PERFORMANCE THIN LAYER CHROMOTOGRAPHY (HPTLC) (Model- Linomat 5, TLC Scanner 3 ; Make- Camag, Switzerland)
Screening	1500	3000
Quantification	2000	5000
REAL TIME-POLYMERASE CHAIN REACTION (RT-PCR) (Model - StepOne; Make- Applied Biosystems, ThermoFishier Scientific)
*Charges on Request
Contact angle meter (Model- HO-IAD-CAM-1 ; Make-Holmarch, India)
Contact angle	300	500
ELECTROCHEMICAL WORKSTATION (Model- 760A; Make-CH instruments, USA)
Cyclic Voltammetry (CV) studies (5 cycles at scan rate 20mV/s)	300	500
Electrochemical Impedance Spectroscopy (EIS)	500	1000
UV-VIS SPECTROPHOTOMETER (Model-JAZ ; Make-Oceian optics, USA)
Solid samples- DRS mode	500	1000
Absorbance mode	300	500

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GST (18%) should be paid along with the analysis charges
Original and Photocopy of DD drawn in favor of “VISTAS” payable at Chennai , should be submitted at the time of analysis along with sample and request form
Photocopy of the receipt for payment made by cash should be submitted at the time of analysis along with sample and request form
Courier the sample, DD and form should be addressed to “Technical Officer, Central Instrumentation Laboratory, Velan Nagar, P.V. Vaithiyalingam Road, Pallavaram, Chennai – 600 117, Tamil Nadu, India. Phone- 9962506284”
For queries contact only through mail [email protected]
Any publication out of work carried out using CIL facilities should be duly acknowledged as “VELS INSTITUTE OF SCIENCE, TECHNOLOGY & ADVANCED STUDIES (VISTAS), Chennai”

Dr. Devendiran M

Scientific Officer,

Central Instrumentation Laboratory (CIL).

Vels Institute of Science, Technology & Advanced Studies (VISTAS),

PV Vaithiyalingam Rd, Velan Nagar, Pallavaram, Chennai – 600 117, Tamil Nadu, India

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Making Advanced Research Computing More Accessible With NIH Cloud Lab

Guest post by Sean Mooney, PhD, recently appointed Director of the NIH Center for Information Technology , to announce the launch of NIH Cloud Lab for all NIH-affiliated* researchers. Learn more or request an account here .

As I step into my role as Director of the NIH Center for Information Technology (CIT), I am continually amazed by the contributions our NIH community makes to the digital ecosystem underpinning biomedical research. A key focus of mine is the advancement of collaborative, data-driven research in “the cloud”, and my colleagues and I are determined to make access to and expertise in cloud computing more widely available across the NIH research community.

Researchers today often face barriers when adopting and integrating cloud-based technologies. Common concerns range from complex procurement processes and unpredictable costs to the availability of relevant training and assurances on data security. As a response, the NIH Center for Information Technology has partnered with NIH’s Office of Data Science Strategy to offer two programs: the NIH STRIDES Initiative and NIH Cloud Lab.

NIH STRIDES streamlines the procurement of commercial cloud services from our partners: Amazon Web Services, Google Cloud, and Microsoft Azure. Participating NIH-funded researchers benefit from exclusive features, favorable pricing, dedicated support, and discounted cloud training . As of May 2024, more than 2,300 research programs have enrolled in STRIDES, storing over 300 petabytes of data!

For those interested in using cloud technology without making an initial long-term commitment, NIH Cloud Lab enables researchers to try cloud capabilities at no cost in a secure, NIH-approved environment. Participants receive 90 days of access to Amazon Web Services, Google Cloud, or Microsoft Azure along with $500 of no-cost cloud credits.

To help accelerate researchers’ cloud fluency, we offer an extensive repository of interactive tutorials that demonstrate how to run realistic bioinformatic, data science, and AI workflows. Tutorials address a variety of scientific topics, including generative AI, variant calling, single-cell RNA sequencing, proteomics, medical imaging, and more! The best part is these tutorials are also public and available in GitHub to anyone with a self-funded cloud account.

Cloud Lab’s breadth of technical features and support from bioinformatic and cloud experts make it a good fit for individuals with all levels of cloud knowledge, from cloud beginners to experienced researchers. Regardless of a participant’s level of experience, Cloud Lab’s integration with the Researcher Auth Services (RAS) solution minimizes time spent setting up an account by enabling most researchers to log in with their home institution username and password. This helps participants get up and running as quickly as possible.

One of the most significant benefits of this simplified onboarding process has been the democratization of access to computational and data science resources. Since 2023, Cloud Lab has seen participation from 368 National Institute of General Medical Sciences (NIGMS) grantees from 102 research institutions in the Institutional Development Program , which builds research capacity in states that have historically received low levels of NIH funding. Our team also integrated twelve interactive bioinformatics tutorials developed by NIGMS grantees into the Cloud Lab experience!

NIH-affiliated* researchers interested in Cloud Lab are welcome to sign up at any time by visiting our Cloud Lab homepage , and academic institutions looking to supplement their coursework or workshops with Cloud Lab can contact our team at [email protected] . Stay tuned to the CIT homepage for exciting updates and enhancements to our offerings. We’re looking forward to helping you on your cloud adoption journey!

*NIH-affiliated includes recipients of NIH funding and researchers at institutions eligible for NIH funding who may not have an active award.

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100% Clean Electricity by 2035 Study

An NREL study shows there are multiple pathways to 100% clean electricity by 2035 that would produce significant benefits exceeding the additional power system costs.

Photo of transmission towers in a rural setting with a sunset in the background.

For the study, funded by the U.S. Department of Energy’s Office of Energy Efficiency and Renewable Energy, NREL modeled technology deployment, costs, benefits, and challenges to decarbonize the U.S. power sector by 2035, evaluating a range of future scenarios to achieve a net-zero power grid by 2035.

The exact technology mix and costs will be determined by research and development, among other factors, over the next decade. The results are published in Examining Supply-Side Options To Achieve 100% Clean Electricity by 2035 .

Scenario Approach

To examine what it would take to achieve a net-zero U.S. power grid by 2035, NREL leveraged decades of research on high-renewable power systems, from the Renewable Electricity Futures Study , to the Storage Futures Study , to the Los Angeles 100% Renewable Energy Study , to the Electrification Futures Study , and more.

NREL used its publicly available flagship Regional Energy Deployment System capacity expansion model to study supply-side scenarios representing a range of possible pathways to a net-zero power grid by 2035—from the most to the least optimistic availability and costs of technologies.

The scenarios apply a carbon constraint to:

Achieve 100% clean electricity by 2035 under accelerated demand electrification
Reduce economywide, energy-related emissions by 62% in 2035 relative to 2005 levels—a steppingstone to economywide decarbonization by 2050.

For each scenario, NREL modeled the least-cost option to maintain safe and reliable power during all hours of the year.

Key Findings

Technology deployment must rapidly scale up.

In all modeled scenarios, new clean energy technologies are deployed at an unprecedented scale and rate to achieve 100% clean electricity by 2035. As modeled, wind and solar energy provide 60%–80% of generation in the least-cost electricity mix in 2035, and the overall generation capacity grows to roughly three times the 2020 level by 2035—including a combined 2 terawatts of wind and solar.

To achieve those levels would require rapid and sustained growth in installations of solar and wind generation capacity. If there are challenges with siting and land use to be able to deploy this new generation capacity and associated transmission, nuclear capacity helps make up the difference and more than doubles today’s installed capacity by 2035.

Across the four scenarios, 5–8 gigawatts of new hydropower and 3–5 gigawatts of new geothermal capacity are also deployed by 2035. Diurnal storage (2–12 hours of capacity) also increases across all scenarios, with 120–350 gigawatts deployed by 2035 to ensure demand for electricity is met during all hours of the year.

Seasonal storage becomes important when clean electricity makes up about 80%–95% of generation and there is a multiday to seasonal mismatch of variable renewable supply and demand. Across the scenarios, seasonal capacity in 2035 ranges about 100–680 gigawatts.

Significant additional research is needed to understand the manufacturing and supply chain associated with the unprecedent deployment envisioned in the scenarios.

Graphic of the generation capacity it will take to achieve 100% clean electricity by 2035 across four main scenarios and the associated benefits when 100% is achieved. Four pie charts show the generation capacity in gigawatts for each scenario: all options (cost and performance of all technologies improve, direct air capture becomes competitive), constrained (additional constraints limit deployment of new generation capacity and transmission), infrastructure (transmission technologies improve, new permitting/siting allow greater deployment with higher capacity), and no CCS (carbon capture and storage does not become cost competitive, no fossil fuel generation). Each pie chart shows a significant increase in wind, solar, and storage deployment by 2035. Other resources like nuclear, hydrogen, and biomass also increase based on specific factors, like if it’s not possible to deploy more wind or transmission. The four pie charts are compared to two references scenarios: one for 2020 to show nearly current levels and 2035 with no new policies but accelerated electrification of transportation and end-use demand. The bottom of the graphic shows the climate and human health benefits, additional power systems costs, and the net benefits across each scenario. The net benefits to society range from $920 billion to $1.2 trillion, with the greatest benefit coming from the no CCS scenario, mostly due to greater climate and human health benefits.

Significant Additional Transmission Capacity

In all scenarios, significant transmission is also added in many locations, mostly to deliver energy from wind-rich regions to major load centers in the eastern United States. As modeled, the total transmission capacity in 2035 is one to almost three times today’s capacity, which would require between 1,400 and 10,100 miles of new high-capacity lines per year, assuming new construction starts in 2026.

Climate and Health Benefits of Decarbonization Offset the Costs

NREL finds in all modeled scenarios the health and climate benefits associated with fewer emissions offset the power system costs to get to 100% clean electricity.

Decarbonizing the power grid by 2035 could total $330 billion to $740 billion in additional power system costs, depending on restrictions on new transmission and other infrastructure development. However, there is substantial reduction in petroleum use in transportation and natural gas in buildings and industry by 2035. As a result, up to 130,000 premature deaths are avoided by 2035, which could save between $390 billion to $400 billion in avoided mortality costs.

When factoring in the avoided cost of damage from floods, drought, wildfires, and hurricanes due to climate change, the United States could save over an additional $1.2 trillion—totaling an overall net benefit to society ranging from $920 billion to $1.2 trillion.

Necessary Actions To Achieve 100% Clean Electricity

The transition to a 100% clean electricity U.S. power system will require more than reduced technology costs. Several key actions will need to take place in the coming decade:

Dramatic acceleration of electrification and increased efficiency in demand
New energy infrastructure installed rapidly throughout the country
Expanded clean technology manufacturing and the supply chain
Continued research, development, demonstration, and deployment to bring emerging technologies to the market.

Failing to achieve any of the key actions could increase the difficulty of realizing the scenarios outlined in the study.

Study Resources

Full report, supporting materials.

Download the technical report, Examining Supply-Side Options To Achieve 100% Clean Electricity by 2035 .

Download the report overview infographic and a 1-slide summary brief deck or a 10-slide summary brief deck .

Paul Denholm

Principal Energy Analyst

Energy Analysis Delivered to Your Inbox

Your personal data will only be used for as long as you are subscribed. For more information, review the  NREL security and privacy policy .

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2024 2024: New Assistant Professor Lauran Brewster starts research lab at UMassD-SMAST

The newly established Brewster Lab will focus on the effects of climate change and human activity on fishes

UMass Dartmouth's School for Marine Science and Technology (SMAST) is pleased to announce the appointment of Lauran Brewster, PhD, to the position of assistant professor. Brewster was first hired as a post-doctoral research fellow at SMAST in May 2022 and promoted to assistant research faculty in 2023. In her new role, Brewster will lead the Brewster Lab with a focus on the effects of climate change and anthropogenic interactions (influence of human activity) on fishes.

Prior to her post-doctoral fellowship at SMAST, Brewster held a senior research fellow position at Florida Atlantic University’s Harbor Branch Oceanographic Institute in Fort Pierce, FL, and a postdoctoral fellowship position at Murdoch University in Perth, Australia. She earned her PhD from the University of Hull in England and conducted her doctoral research at the Bimini Biological Field Station Foundation in the Bahamas.

Her recent research at SMAST includes investigating portfolio theory as a tool for ecosystem-based fisheries management and working on a project led by principal investigators Professor Pingguo He and Professor Steve Cadrin assessing the effects of offshore wind turbines on fish habitat utilization and behavior.

The Brewster Lab's new research team will include two graduate/PhD students in academic year 2024-2025.

Jun 10, 2024 New Assistant Professor Lauran Brewster starts research lab at UMassD-SMAST

Jun 4, 2024 CVPA students and alumni featured in ceramics exhibition

May 17, 2024 UMass Law Class of 2024 graduates ready to pursue justice

May 16, 2024 Class of 2024 Undergraduate Students honored in unforgettable ceremony

May 14, 2024 Senior Appointments in the Provost's Office

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