Vision
“To be a premier department in Automobile engineering and reach the highest academic level in the field of Automobile Engineering by imparting knowledge, continuously enhancing Research & Development activities, supporting industries through consultancy programmes and providing the nation with high-quality engineers”
Mission
1. To prepare students to excel in their chosen professions by offering high-quality education in automobile engineering with fundamental knowledge, interdisciplinary problem-solving skills and confidence required. 2. To provide a supportive and diverse environment that encourages students to achieve the best of their abilities to be innovators or job providers. 3. To maintain constant and active partnerships with industries for technology development and transfer through consultancy projects.
Thrust Areas
Sustainable Automotive Power Plants
"Sustainable Automotive Power Plants usher in a new era for eco-conscious propulsion in vehicles. They focus on curbing carbon emissions and environmental impact from production to disposal, leaning on renewables like electricity, hydrogen, or biofuels. Key features include hybrid systems, electric motors, fuel cells, and regenerative braking to boost efficiency and slash greenhouse gases. Innovative materials and design tactics optimize energy use and performance. These plants champion sustainability, aligning with global climate goals for cleaner transportation and a greener future."
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Vehicle Design and Dynamics
"Vehicle Design and Dynamics Research adopts a multidisciplinary approach to elevate automobile performance, safety, and efficiency. It explores aerodynamics, materials science, ergonomics, and structural integrity to craft state-of-the-art solutions, optimizing functionality and user experience. Through advanced modeling and simulation, researchers refine vehicle dynamics for improved handling, stability, and maneuverability, enhancing driver comfort and safety. Additionally, the focus extends to tackling modern challenges like carbon emission reduction, fuel efficiency enhancement, and integration of technologies such as autonomous driving systems. By driving innovation, this research shapes next-gen vehicles, prioritizing sustainability, performance, and user satisfaction."
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Automotive Emission Control
"Advances in Automotive Emission Control Research aim to curb vehicular emissions' environmental impact. Scientists develop innovative technologies to reduce pollutants like NOx, PM, and GHGs. Focus areas include catalytic converters, exhaust gas recirculation, selective catalytic reduction, and particulate filters. Emphasis is on electrification and alternative fuels to cut tailpipe emissions. Engine combustion optimization and exhaust treatment methods are explored to meet stringent global emissions standards. Progress in this field betters air quality, public health, and fights climate change, ensuring sustainable transportation for the future."
Read MoreBy the Numbers
255
UG Students
17
PG Students
24
Scholars
16
Faculty
11
Staff
9
Patents
4
Projects
236
Publications
3357
Citations
28
H-Index
Message from the HOD
Dr. K. Annamalai
PROFESSOR
Dr. K. Annamalai is the Professor and Head of Automobile Engineering at Anna University, Chennai, India. Joining in 2006 as an Assistant Professor, he rose to Associate Professor in 2014 and Professor in 2017. With 15 PhD students guided, he has over 100 publications, 84 conference papers, and four patents. His research spans Alternative fuels, LHR engines, Engine Modeling, and Fuel Cell Technology. Dr. Annamalai has held various roles within the department and institute and contributed significantly to academic committees. He holds a B.Tech. in Automobile Engineering and a Ph.D. in Mechanical Engineering from Anna University. Dr.K. Annamalai had established state of a art facility for FUEL CELL Technology at a cost of 1.10 crore. He had designed and developed a Proton Exchange Membrane (PEM) based FUEL CELL powered two-wheeler.