Back close

Amrita Automotive Technology Center (AATC)

Start Date: Thursday, Mar 01,2012

School: School of Engineering, Coimbatore

Funded by:Automotive Test Systems, Pune
Amrita Automotive Technology Center (AATC)

The center facilitates a Collaborative Twinning Master’s Program in Automotive and Embedded Systems. Participants will be earning an MS degree in Embedded Systems from University at Buffalo and an M.Tech degree in Automotive Systems from Amrita University. The campus currently offers an M.Tech program in Automotive Engineering. Another M.Tech program on Automotive Systems with a focus on Automotive Embedded Systems is being planned.

The new Amrita Automotive Technology Center (AATC) will be led by Dr. Thirumalini, Professor, Department of Mechanical Engineering. The center will boost the research capabilities of our faculty and students working in the automotive domain and plans to develop prototypes for powertrains and also conduct research in hybrid vehicles. The AATC with state-of-the-art technology and equipment will be comparable to the best automotive R&D facilities in the country. Existing research centers are all supported by industrial establishments; Amrita is the first university to establish a research center in this domain. The center will also be supported by Prof. S. Raju who has four decades of automotive experience. Prof. Raju retired as Senior Deputy Director of the Automotive Research Association of India.

Related Projects

Study on Rural Water Management for Irrigation
Study on Rural Water Management for Irrigation
Synthesis, Characterization and Liquid Crystalline Studies of Schiff Base Containing Porphyrin
Synthesis, Characterization and Liquid Crystalline Studies of Schiff Base Containing Porphyrin
A study on the utilization of student welfare schemes offered by Government of Tamilnadu in Coimbatore district
A study on the utilization of student welfare schemes offered by Government of Tamilnadu in Coimbatore district
Medical Signal Processing using IoT Devices
Medical Signal Processing using IoT Devices
Investigation on High Performance Nano Adhesive Bonding of Ultra High Temperature Resistant Polymer and its Performance under Space Environments
Investigation on High Performance Nano Adhesive Bonding of Ultra High Temperature Resistant Polymer and its Performance under Space Environments
Admissions Apply Now