Recruitment / Studies

Study Programmes

Choose a degree programme that combines engineering, modern technologies and practical preparation for work in industry.

1st-cycle studies 2nd-cycle studies Practical skills Industry cooperation

Why study at the Faculty of Mechanical Engineering?

Modern engineering education

Gain technical, design and implementation skills aligned with the needs of today’s industry.

Practice-oriented learning

Study programmes combine theory with practical project work, laboratory classes and engineering problem-solving.

Strong links with industry

Develop competencies valued by employers in manufacturing, transport, automation, materials and biomedical sectors.

Future-ready specialisations

Explore programmes related to robotics, mechatronics, transport, materials and production engineering.

Degree level

1st-cycle studies

Programmes focused on engineering fundamentals, practical preparation and building a strong base for professional development.

New programme

Industrial Design

Full-time, 1st-cycle studies

Learn to design products that combine functionality, aesthetics and ergonomics. Develop workshop, artistic and engineering software skills.

Delivered in cooperation with Maria Curie-Skłodowska University and the University of Life Sciences in Lublin.

Programme details

Mechanics and Machine Design

Full-time and part-time, 1st-cycle studies

Study modern methods of designing, manufacturing and operating machines, vehicles and technical devices.

  • design engineer
  • process engineer
  • R&D specialist
  • maintenance and service specialist
Programme details

Transport

Full-time, 1st-cycle studies

Gain knowledge in transport engineering, logistics, forwarding, traffic organisation and transport systems design.

  • transport logistics specialist
  • fleet manager
  • traffic engineer
  • transport systems analyst
Programme details

Vehicle Engineering

Full-time, 1st-cycle studies

Learn the fundamentals of design, production and operation of modern road vehicles and light aircraft.

  • test engineer
  • aerospace systems designer
  • aerodynamics specialist
  • service advisor
Programme details

Biomedical Engineering

Full-time, 1st-cycle studies

A multidisciplinary programme connecting medicine, biology and engineering in medical devices, diagnostics and therapy systems.

  • medical equipment engineer
  • R&D specialist
  • technology implementation coordinator
  • orthopaedic equipment designer
Programme details

Management and Production Engineering

Full-time, 1st-cycle studies

Combine technological knowledge with managerial competencies in process optimisation, team coordination and quality-oriented thinking.

  • process optimisation specialist
  • continuous improvement coordinator
  • project manager
  • quality systems auditor
Programme details

Mechatronics

Full-time, 1st-cycle studies

An interdisciplinary programme covering mechanics, automation, electronics, IT and robotics.

  • mechatronic systems designer
  • automation and robotics engineer
  • industrial robot programmer
  • diagnostics specialist
Programme details

Robotization of Manufacturing Processes

Full-time, 1st-cycle studies

Learn how to integrate industrial robots, control systems and automated manufacturing cells.

  • automation specialist
  • robotics engineer
  • manufacturing integration specialist
  • industrial IT specialist
Programme details

Degree level

2nd-cycle studies

Advanced programmes for students who want to deepen specialist knowledge and prepare for expert or managerial roles.

Mechanics and Machine Design

Full-time and part-time, 2nd-cycle studies

Expand your expertise in machine design, manufacturing systems, materials, simulations and advanced engineering tools.

Programme details

Transport

Full-time, 2nd-cycle studies

Develop advanced knowledge in transport systems, traffic engineering, planning and transport process management.

Specialisations: Automotive Transport, Logistics in Transport

Programme details

Biomedical Engineering

Full-time, 2nd-cycle studies

Strengthen competencies in advanced medical technologies, biomechanical systems and modern diagnostics.

Programme details

Materials Engineering

Full-time, 2nd-cycle studies

Study material manufacturing, processing and testing, as well as material selection for advanced industrial applications.

Specialisations: Composite Engineering, Material Technologies

Programme details

Production Engineering

Full-time, 2nd-cycle studies

Gain detailed knowledge in production processes, system design, material technologies and computer-aided manufacturing.

Specialisations: CNC Process Design, Computer-Aided Design of Manufacturing Techniques, Virtual Technologies in Production Engineering

Programme details

Mechatronics

Full-time, 2nd-cycle studies

Advance your skills in intelligent machines, digital systems, automation and multidisciplinary engineering design.

Programme details

Robotization of Manufacturing Processes

Full-time, 2nd-cycle studies

Prepare for work in automation, robotics and integration of production and transport systems in modern enterprises.

Programme details

Career paths

Where can your degree take you?

Engineering and design

  • design engineer
  • process engineer
  • automation engineer
  • robotics specialist

Industry and operations

  • production engineer
  • fleet manager
  • maintenance specialist
  • quality systems auditor

Innovation and technology

  • R&D specialist
  • medical equipment engineer
  • transport systems analyst
  • industrial IT specialist

Choose the programme that fits your ambitions

Develop technical, design and practical skills in an environment that connects science, industry and modern technologies.

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European Funds – PL2022 project

Project co-financed by the European Union under the European Social Fund, Operational Programme Knowledge Education Development 2014–2020 "PL2022 – Integrated Development Programme of Lublin University of Technology" POWR.03.05.00-00-Z036/17