Bachelor of Science in MECHANICAL ENGINEERING

4 Years On Campus Bachelors Program

Gdansk University of Technology

Program Overview

The Bachelor of Science in Mechanical Engineering at Gdańsk University of Technology is a hands-on 3.5-year program (7 semesters) taught in English, earning you an Engineer (inżynier) degree with 210 ECTS points, perfectly suited for students passionate about designing, building, and operating machines in industries like automotive, shipbuilding, and energy. It blends engaging lectures, tutorials, labs, and the innovative CDIO approach (Conceive, Design, Implement, Operate), preparing you with core skills in mechanics, materials, and manufacturing—whether you're an EU student enjoying tuition-free study or ready to dive into real-world projects from day one.

Curriculum Structure
Years 1-2 (Semesters 1-4): You'll kick off with a strong foundation in the essentials of mechanical engineering through lectures, tutorials, and practical lab sessions, building confidence in mechanics, strength of materials, and mathematics and physics. Courses like machine design and materials science introduce you to how machines are constructed and the properties that make them durable, while hands-on work in thermodynamics and fluid mechanics shows you the principles powering everything from engines to systems—setting you up to think like an engineer early on.

Years 3-4 (Semesters 5-7): As you advance, professional electives in the Design and Production Engineering specialization take center stage, diving into manufacturing techniques, welding technology, and hydraulics and pneumatics to master production processes and advanced systems. You'll apply electrotechnics and electronics in real projects, integrating design software and operational know-how to create innovative machines, all aligned with the CDIO philosophy for practical, job-ready expertise.

Focus Areas
Design and Production Engineering specialization, emphasizing machine construction, manufacturing technologies, materials selection, thermal-flow devices, drive systems, and computer-aided tools for solving real engineering challenges.

Learning Outcomes
Graduates gain comprehensive knowledge in mechanics, machine design, operation, and production; practical skills in modern computational tools, welding, hydraulics, and electronics; and the ability to design, supervise, and innovate in mechanical systems across industries.

Professional Alignment (Accreditation)
The program delivers high-level, comprehensive education recognized for its elite status and alignment with industry needs, producing graduates ready for design bureaus, R&D, production, and even starting innovative companies—no specific external accreditation body named, but grounded in Gdańsk Tech's rigorous engineering standards.

Reputation (Employability Rankings)
Exceptional employability with wide-ranging opportunities in machine production, automotive, shipyards, refineries, and SMEs—grads often secure jobs in their specialty during final-year studies or within 2-3 weeks post-graduation; alumni include presidents and owners of major northern Poland firms, underscoring high demand and lifetime career growth.

Experiential Learning (Research, Projects, Internships etc.)

At Gdańsk University of Technology's Faculty of Mechanical Engineering and Ship Technology, our Bachelor of Science in Mechanical Engineering program dives right into hands-on learning from the start, blending lectures with practical labs and tutorials to build real-world skills in machine design, manufacturing, and operation. You'll work with cutting-edge testing machines and software right in specialized labs, getting that practical edge employers love under the CDIO philosophy—Conceive, Design, Implement, Operate—which makes every project feel innovative and relevant. This setup ensures you're not just learning theory but actually testing materials, designing components, and simulating systems in facilities unique to the region.

Here's a closer look at the key experiential learning opportunities tailored to our program:
- Advanced testing in the Mechanics of Materials and Structures Laboratory (Buildings 30 and 40): Use the "Large Force Field" stand, ZD 400 PU, Instron 8503, MTS 809.10, and MTS Bionix 25 machines for real-scale uniaxial/multiaxial static and fatigue tests on structures and biomaterials, plus HBM Quantum systems for on-site industrial stress measurements.
- Didactic labs in Control and Marine Energy: Hands-on with turbine research stands (air turbine modeling), automation/robotics setups including robot manipulators, and software like MATLAB, LAB-VIEW (for measurements), FLUENT and FLOWER (flow modeling), and ROTOR KIT (rotor dynamics).
- Marine Hydromechanics facilities: Experiment on a 40m towing platform with wave generators, ternary balances, and a 5-axis CNC milling machine (Fanum) equipped with SolidWorks CAD and SolidCAM for model fabrication, plus dust extraction systems.
- Tire/road research labs (Buildings 16 "Forge" and main building): Test rolling resistance and noise with world-unique "DRUM 2.0" and mobile "R2 MK.2" sets for car/truck tires, perfect for vehicle dynamics projects.
- Subsea robotics and apprenticeships: Lab exercises and hands-on apprenticeships in underwater robotics, materials science (especially non-metallics), and polymer composite vessel construction.

Progression & Future Opportunities

At Gdańsk University of Technology's Faculty of Mechanical Engineering and Ship Technology, our Bachelor of Science in Mechanical Engineering program dives right into hands-on learning from the start, blending lectures with practical lab sessions and tutorials on core topics like mechanics, machine design, strength of materials, manufacturing techniques, and fluid mechanics. You'll get real-world skills through the CDIO approach—Conceive, Design, Implement, Operate—that emphasizes building and testing actual machines and structures, all supported by state-of-the-art facilities unique to the region. These labs let you work with cutting-edge testing machines and software, preparing you to tackle engineering challenges like a pro right out of the gate.

Here's what you'll experience in our specialized labs and facilities:
- Mechanics of Materials and Structures Laboratory (Buildings 30 and 40): Test large-scale structures on real-scale with the "Large Force Field" stand, ZD 400 PU, and Instron 8503 machines; conduct biaxial static/fatigue tests using MTS 809.10 and MTS Bionix 25, plus HBM Quantum for industrial stress analysis; study biomaterials under dynamic loads.
- Control and Marine Energy Department Labs: Hands-on with turbine research stands, air turbine modeling, automation/robotics setups including robot manipulators, and software like MATLAB, LAB-VIEW (for measurements), FLUENT and FLOWER (flow modeling), ROTOR KIT (rotor dynamics).
- Machine Design and Medical Engineering Section Lab: Design and test bearings, tribology with the RTEC MFT-5000 tribometer (first in Poland), eco-friendly lubricants, FEM/CFD simulations; covers engineering graphics, machine fundamentals, and medical modeling.
- Vehicle Mechanics and Tire Technology Labs (Buildings 16 "Forge" and main building): Measure tire/road noise and rolling resistance with world-unique "DRUM 2.0" and mobile "R 2 MK.2" sets for cars/trucks.