M.Tech Automobile Engineering

About Department

The Department of Automobile Engineering at HITS offers a range of modern undergraduate programs and a host of opportunities at Master's degree and at PhD level. Our industry engaged programs match the needs of our economy and have an excellent reputation for producing the most employable Automobile graduates in the region. These highly skilled graduates are in huge demand and contribute significantly to the development of the region. Staff members have built an excellent national and international record in the application of Vehicle Safety and Telematics in association with Trier University, Germany under the DAAD Project. Research funding has been provided by DAAD German Academic Exchange Service “A New Passage to India-German – Indian Higher Education Cooperation 2019-2023”.

About the Program

The Department of Automobile Engineering offers Master's degree in Automobile Engineering with Specialization in Automotive Technology. Our industry engaged programmes match the needs of our economy and have an excellent reputation for producing the most employable Automobile graduates in the Nation. These highly skilled graduates are in huge demand and contribute significantly to the development of the Nation. Staff members have built an excellent National and International record in the application of Vehicle Safety and Telematics in association with Trier University, Germany under DAAD Project.

Scope

The two-year M.Tech. in Automotive Technology aims to fill the critical needs of the industry and to fill the gap in the availability of highly skilled AT scientists and engineers.

The automotive sector has seen unprecedented growth in the last decade. This has led to a number of Indian and multinational companies setting up their manufacturing and in many cases their major R & D facilities in India.

The program content delivers a comprehensive range of topics integral to the study of Automotive Technology.

These include Advanced Internal Combustion Engines, Hybrid and Electric Vehicles, Fuel Cell Technology, Autotronics and Vehicle Intelligence and ECU Development in Automotive Systems to name but a few.

Graduates of the program may also wish to continue to PhD level in this exciting field of study.

The M.Tech Smart Mobility program, developed in partnership with GARC, delivers a dynamic curriculum blending theoretical understanding with hands-on application across smart mobility technologies. Here's how it stands out:
Cutting-edge Curriculum: Curriculum seamlessly integrates theoretical concepts with practical insights in smart mobility technologies, covering areas such as electric vehicles, autonomous driving, and connected vehicles.
Industry Collaboration: Gain access to industry luminaries, state-of-the-art research facilities, and real-world projects. These collaborations offer invaluable exposure to current industry trends and challenges.
Hands-on Experience: Prioritize experiential learning, providing ample opportunities for students to engage in lab sessions, internships with industry leaders, and research projects. This hands-on approach allows students to translate their knowledge into tangible solutions for real-world scenarios.
Expert Faculty: Faculty comprises seasoned experts in Automotive Engineering, Smart Mobility, Data Analytics, and related disciplines. Their wealth of experience ensures that students receive top-notch education and mentorship.
Interdisciplinary Approach: The program adopts an interdisciplinary approach, drawing from Mechanical Engineering, Electrical Engineering, Computer Science, AI, and Data Analytics. This holistic perspective equips students with a comprehensive understanding of smart mobility technologies.
Promising Career Pathways: Graduates are poised for exciting career opportunities in the automotive industry, including roles with leading manufacturers, suppliers, and technology firms driving smart mobility initiatives. Additionally, avenues in research and development, consulting, and governmental agencies await those seeking to make a significant impact in shaping the future of transportation.
In essence, the M.Tech Smart Mobility program, in collaboration with GARC, empowers students with the knowledge, skills, and practical experience essential for success in the dynamic realm of automotive engineering and smart mobility.

Program Structure

The program contains challenging and interesting modules delivered by lecturers who are experts in AT. You will also be presented with opportunities to work on new trends and recent developments linked to the domain expertise of staff in the department. The program places significant emphasis on student learning by doing. It adopts a practical, hands-on, approach to learning, where all modules are fully assessed using continuous assessment methods. This 65-credit program is delivered over four semesters (21+19+13+12). Each semester has a number of mandatory modules and a choice of electives.

Career Opportunities

• BOSCH
• Hyundai
• Audi
• Ashok Leyland
• TVS Motor
• Renault Nissan
• Mahindra and Mahindra
• OKINAWA
• TCS 
• NATRIP
• ARAI
• GMMCo
• GARC & ICAT

Core Courses 

• Automotive Chassis and Drive Line Systems
• Vehicle Dynamics 
• Automotive Systems Components Design
• Finite Element Methods
• Research Methodology & IPR
• Modelling and Simulation

Elective Courses

• Autonomous and Connected Vehicles
• Intelligent Transportation Systems
• Automotive noise, vibrations and condition monitoring for E-Mobility
• Vehicle Safety Engineering
• Vehicular Networks & Communications for Smart Mobility
• Entrepreneurship and EV Policies
• Artificial Intelligence and Machine Learning for Electric Mobility
• EMI/EMC
• Mini Projects based on CFD, IOT, AI, ML, Data Analytics and Cyber Security 

• 50% marks in Bachelor’s Degree or equivalent in the relevant field.
• Preference will be given toGATE qualified and industry sponsored candidates
• Course Duration: 2 years

Upon successful completion of the program, graduates will be well-prepared to take up key roles in the Automotive Industry ranging from Logistics, Manufacturing, Software Development, Connected Vehicles, AI, IOT and Embedded Systems.

Unique Features:

EV

Voltage Contact & IP Ingress Protection

Chassis Dynamometer Test Bench

Battery Destructive Testing

High Speed AC & DC Charges

EMI & EMC Testing