B.Sc. in Automobile Engineering
Engineer the Future of Sustainable Mobility and Advanced Vehicle Technologies
Program Overview
The B.Sc. in Automobile Engineering at World University of Bangladesh (WUB) is designed to produce innovative engineers capable of driving the future of sustainable mobility, advanced vehicle technologies, and industrial growth to meet global challenges.
The program integrates mechanical, electrical, and software engineering principles to train students in vehicle design, performance analysis, and emerging technologies such as electric/hybrid vehicles, autonomous systems, and smart manufacturing.
Vision, Mission & Value
Vision
To be recognized as a center of excellence in Automobile Engineering education and research, producing innovative graduates capable of driving the future of sustainable mobility, advanced vehicle technologies, and industrial growth to meet global challenges.
Mission
Strives to foster a dynamic learning environment that blends theory and practice, encouraging innovation, creativity, and high-quality education. The mission is to prepare competent automobile engineers with strong foundations in science, engineering, and social responsibility, capable of contributing to the automotive industry and society at large.
Value
To develop the ability to understand the fundamental concepts of automobile engineering, to strengthen analytical and problem-solving skills for vehicle design and performance, and to cultivate innovation, teamwork, and ethical values to address real-world challenges in the automotive sector.
Program Educational Objectives (PEO)
- Developing Competent Manpower – To create competent manpower in the sector who will be capable of contributing effectively in the face of competition.
- Comprehensive Training in Automobile Technology – To train Automobile Technologists with a strong practical and theoretical exposure in relevant disciplines with basic science, engineering, and humanitarian aspects.
- Multidisciplinary Exposure for Industry Challenges – To provide exposure in multidisciplinary areas to meet the automobile industry challenges in vibration, ergonomics, safety systems.
- Expertise in Advanced Automotive Research – To have expertise to carry out complex research in advanced automotive techniques.
- Leadership in Automotive Industry & Entrepreneurship – To play a key role in large-scale automotive industry and develop as the standard entrepreneur in automobile allied sectors.
Career Path for Automobile Engineers
- Automotive Design Engineer – Designing vehicle components, systems, and overall aesthetics.
- Vehicle Dynamics Engineer – Specializing in ride, handling, stability, and performance analysis.
- Automotive Production Engineer – Overseeing production processes in automotive plants.
- Motorsport Engineer – Engaged in high-performance vehicle design, aerodynamics, and race optimization.
- EV/Hybrid Vehicle Engineer – Working on electric vehicles, battery systems, and hybrid technology.
- Quality & Testing Engineer – Ensuring safety, durability, and performance standards in vehicles.
Why Choose Automobile Engineering?
- Future of Mobility – At the forefront of electric, hybrid, and autonomous vehicle development.
- High Demand Careers – Graduates are in demand across automotive, aerospace, and energy sectors.
- Hands-On Labs – State-of-the-art labs in Vehicle Dynamics, EV Systems, and Production Engineering.
- Industry-Aligned Curriculum – Designed to meet current and future technological challenges.
- Innovation & Research – Opportunities to participate in R&D projects and innovation challenges.
- Global Career Prospects – Skills applicable worldwide in engineering, consulting, and entrepreneurship.
State-of-the-Art Lab Facilities
Our laboratories provide students with real-world experience in vehicle design, testing, and production technologies.
Key Laboratories
- Vehicle Dynamics Lab – For studying ride, handling, stability, and suspension systems.
- Electric & Hybrid Vehicle Lab – Featuring EV drivetrains, battery management systems, and charging infrastructure.
- Automotive Production Lab – For understanding assembly lines, quality control, and lean manufacturing.
- Engine Performance & Emissions Lab – For testing internal combustion engines and emission control systems.
- Materials & Structures Lab – Conducting strength, fatigue, and crashworthiness tests on vehicle materials.
- Smart Mobility & Autonomous Systems Lab – For developing sensors, ADAS, and self-driving algorithms.
Lab Features: Modern equipment, industry-aligned training, research support, and 24/7 access.
What Makes Our Graduates Stand Out?
Our graduates are prepared to lead in the world of automotive innovation and sustainable mobility.
Technical Mastery – Proficient in vehicle design, dynamics, electronics, and software integration.
Problem Solving & Innovation – Trained to analyze and solve complex automotive challenges creatively.
Teamwork & Communication – Effective in multidisciplinary teams and client-facing roles.
Research & Ethics – Grounded in responsible innovation and lifelong learning.
Project Experience – Real-world capstone projects and internships in leading automotive industries.
Key Program Details
Ready to Engineer the Future of Mobility?
If you're passionate about cars, sustainability, and innovation, the B.Sc. in Automobile Engineering at WUB is your gateway to a high-impact career. Learn in modern labs, work on real projects, and graduate ready to lead.
Apply Now