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B.E. Automobile Engineering
Department of Automobile Engineering
About the Department
The Department of Automobile Engineering at Maria College of Engineering and Technology is committed to developing competent automobile engineers with strong technical knowledge, practical skills, innovative thinking, and professional ethics.
The department provides quality education through a combination of theoretical learning, laboratory practice, workshops, industrial exposure, internships, research, and project-based learning.
Students gain comprehensive knowledge of automobile systems, vehicle design, automotive electronics, engine technology, vehicle dynamics, manufacturing processes, electric vehicles, hybrid vehicles, and modern automotive technologies.
The department encourages students to participate in technical symposiums, workshops, industrial visits, internships, design competitions, project exhibitions, research activities, and entrepreneurship programmes.
About the Course
The Bachelor of Engineering (B.E.) in Automobile Engineering is an undergraduate programme designed to provide students with comprehensive knowledge and practical skills in automotive engineering and vehicle technologies.
The programme covers automobile engineering fundamentals, automotive engines, vehicle design, automobile electrical and electronic systems, vehicle dynamics, automotive manufacturing, vehicle maintenance, CAD/CAM, electric vehicles, hybrid vehicles, and advanced automotive systems.
The curriculum combines classroom learning with laboratory experiments, workshops, industrial training, internships, mini projects, design projects, and major projects to provide students with extensive practical exposure.
Vision & Mission
Vision
To develop technically competent, innovative, and socially responsible Automobile Engineering professionals capable of contributing to the advancement of automotive technology, sustainable transportation, and global mobility solutions.
Mission
- Provide quality education in automobile engineering with strong theoretical and practical knowledge.
- Provide hands-on training in automotive systems, vehicle technologies, and modern engineering tools.
- Promote research, innovation, entrepreneurship, electric mobility, and sustainable transportation.
- Develop professional ethics, leadership qualities, teamwork, communication skills, and social responsibility.
Career Opportunities
Automobile Engineer
Automotive Design Engineer
Production Engineer
Automotive Service Engineer
Automotive Electronics Engineer
Electric Vehicle Engineer
Vehicle Dynamics Engineer
Automotive CAD Engineer
Quality Control Engineer
Maintenance Engineer
Project Engineer
Automotive Entrepreneur
Programme Educational Objectives
Technical Excellence
Develop graduates with strong fundamentals in Automobile Engineering capable of analysing and solving complex automotive engineering problems.
Professional Careers
Prepare graduates for successful careers in automobile manufacturing, automotive services, electric mobility, research, and higher education.
Innovation & Leadership
Develop innovation, communication, leadership, teamwork, entrepreneurship, professional ethics, and lifelong learning capabilities.
Sustainable Mobility
Encourage graduates to develop sustainable automotive technologies and contribute to clean, safe, and efficient transportation systems.
Programme Outcomes
Apply engineering, mathematics, and scientific principles to solve automobile engineering problems.
Analyse and design automotive systems using modern engineering principles and tools.
Evaluate vehicle performance through experimentation, modelling, simulation, and testing.
Develop innovative solutions for modern automotive engineering challenges.
Apply CAD/CAM, simulation software, diagnostic tools, and modern automotive technologies.
Demonstrate professional ethics, safety awareness, and engineering responsibility.
Work effectively in multidisciplinary teams and manage automotive engineering projects.
Communicate technical concepts effectively through presentations, reports, and documentation.
Understand the environmental, social, economic, and safety impact of automotive technologies.
Pursue lifelong learning and continuous professional development in emerging automotive technologies.
Apply innovative and entrepreneurial thinking to automotive industry challenges.
Contribute to electric mobility, sustainable transportation, and future automotive technologies.
Automotive Laboratories
Automobile Engineering Laboratory
Automotive Engine Laboratory
Vehicle Dynamics Laboratory
Automotive Electronics Laboratory
Faculty & Research
The Department of Automobile Engineering is supported by qualified and experienced faculty members with expertise in automotive design, vehicle dynamics, automotive electronics, engine technology, manufacturing, electric vehicles, hybrid vehicles, and sustainable mobility.
The department promotes research and innovation in electric mobility, autonomous vehicles, intelligent transportation, automotive electronics, alternative fuels, vehicle safety, energy-efficient vehicles, computational modelling, and sustainable transportation systems.
Student Activities
Automotive Workshops
Hands-on Training
Industrial Visits
Internship Programmes
Electric Vehicle Training
Automotive Electronics
Project Exhibitions
Entrepreneurship Programmes
Department Achievements
The Department of Automobile Engineering encourages students to demonstrate their technical knowledge, creativity, innovation, and problem-solving skills through various academic and professional activities.
Students actively participate in automobile design competitions, technical symposiums, project exhibitions, workshops, industrial training programmes, research activities, and innovation challenges.
The department remains committed to developing competent automobile engineers capable of contributing to the automotive industry, electric mobility, sustainable transportation, and emerging automotive technologies.
