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Vehicle Engineering Master (MSc)

The Vehicle Engineering Master (MSc) program is designed to educate students in the design and development of various vehicles, including road, railway, water, and air vehicles. The program focuses on making transportation green and sustainable, from electric scooters to ocean-going ships, through modeling, design, testing, and development.

Program Overview

The uniqueness of the curriculum lies in its process-based study approach, which incorporates agility and learning activities through project management. This enables students to develop, integrate, test, and analyze vehicle-related products while considering safety, environmental, and energy management aspects. Graduates of the program will be equipped to fulfill engineering tasks connected to improvements, manufacturing, and operation, and can pursue careers as design and lead engineers or project managers.

Specializations

The program offers several specializations, including:

• Automotive, Aerospace, Naval, Railway vehicle engineer specialization: Provides the required knowledge for systematic design and development of vehicles, interaction of vehicles and tracks, facilities and control systems, vehicle dynamics processes, simulation, and optimal operation design tasks.
  • Includes practice-oriented complex design project tasks.
• Mobile machinery and construction equipment, Automated material handling system specialization: Focuses on systematic planning and development of mobile and construction equipment machinery and automated material handling systems, interaction analysis of manufacturing sites, material flow process, and control systems.
  • Involves studying dynamic processes, system simulation, and optimal planning, as well as solving complex vehicle design tasks.
• Vehicle manufacturing and repairing engineer specialization: Investigates modern material usage and material analysis methodologies, vehicle-specific technologies, especially focusing on technical aspects of automated manufacturing units.
  • Covers modern surface coating and finishing technologies, automated repairing technologies, information systems, and diagnostic-based problem analyzing, as well as modern technologies of vehicle remanufacturing and quality assurance.
• Vehicle system engineer specialization: Emphasizes comprehensive analysis of vehicles, especially structural systems, energetic and control systems, interaction of the vehicle and its surroundings, vehicle system simulation, and optimization.
  • Includes intelligent vehicles, analysis of control interactions, vehicle system dynamics, and control, as well as vehicle operation and safety issues.
• Road and traffic safety engineer specialization: Deals with actions and processes related to road accidents, legal environment, human effects, evaluating accidents, assessment of damages, and expert evaluations.
  • Assesses vehicle dynamics-related calculations and simulations, active and passive vehicle safety, road safety analysis, and instrumental vehicle analysis.
• Vehicle automation engineer specialization: Provides knowledge about systematic design and development of vehicle automation systems, driver assistance, and autonomous vehicle control systems, environmental perception, and control systems.
  • Takes into account safety and reliability issues during the design phase, as well as vehicle dynamics, system simulation, optimal planning, and solving complex vehicle automation tasks.
• Vehicle structure engineer specialization: Focuses on vehicle structure design and development, covering types, construction, materials, mechanics, and control systems of vehicle structures.
  • Includes the process of design and quality control with modern tools and solving complex vehicle structure construction design projects.
• Specialization in Aircraft Maintenance and Repair: Aims to graduate engineers who can start working immediately in the field of MRO after completing entrance and type certification trainings.

Study Plan

The study plan for the Vehicle Engineering Master (MSc) program is designed to provide students with a comprehensive education in vehicle engineering, including theoretical foundations, practical applications, and specialized knowledge in their chosen field of specialization.