Vehicle engineering (by type)

 Bachelor's Programme in Transport Vehicle Engineering

  This programme provides students with a thorough engineering background in the design, manufacturing, testing, and
  maintenance of modern transport vehicles — including automotive, rail, maritime, and aviation technology. The
  curriculum covers both conventional internal-combustion vehicles and emerging hybrid and electric vehicle
  technologies.

  Programme Objectives

  To train competitive engineering professionals for the automotive and transport machinery industries. Graduates
  acquire deep scientific and practical knowledge of vehicle design, dynamics, reliability, and operation.

  Core Subjects:

  • Theoretical and Applied Mechanics, Strength of Materials
  • Internal Combustion Engine Theory and Design
  • Vehicle Structure and Dynamics
  • Materials Science and Manufacturing Technology
  • CAD/CAM Systems in Automotive Engineering (AutoCAD, SolidWorks, CATIA)
  • Vehicle Electrical and Electronic Systems
  • Technical Diagnostics and Maintenance
  • Hybrid and Electric Vehicle Technologies
  • Vehicle Reliability and Safety

  Skills Acquired:

  • Designing components and assemblies of transport vehicles
  • 3D modelling and strength analysis using CAD software
  • Operating modern diagnostic equipment (OBD-II, scan tools)
  • Testing engines and transmission systems
  • Configuring electronic control units (ECUs) of vehicles

  Career Opportunities

  Graduates can pursue careers in automotive manufacturers (UzAuto Motors, BYD Uzbekistan, Roodell and others) as design
   engineers, production technologists, quality control engineers, and service centre managers. Employment opportunities
   also exist in service stations, state technical inspection authorities, research institutes, and authorised dealer
  centres.

  Duration: 4.5 years (Bachelor) | Mode of Study: Evening | Language of Instruction: Uzbek, Russian