BSc Mechanical Engineering

3 Years On Campus Bachelors Program

Vienna University of Technology

Program Overview

The BSc in Mechanical Engineering at Vienna University of Technology (TU Wien) is a hands-on, six-semester program that equips you with the skills to design, build, and innovate in one of the world's most exciting engineering fields. It's perfect for curious problem-solvers who love math, physics, and turning ideas into real-world machines—whether you're into robotics, sustainable energy, or high-tech manufacturing—and it sets you up for a global career right from the start.

Curriculum Structure

Years 1-2: Building a Strong Foundation
In the first two years, you'll dive into the essentials of engineering science, starting with Mathematics 1 & 2 and Physics 1 & 2 to master calculus, mechanics, and thermodynamics that underpin everything mechanical. You'll also tackle Descriptive Geometry and Mechanics 1, learning to visualize complex structures and analyze forces, while introductory courses like Engineering Materials give you a feel for how metals, plastics, and composites behave under stress—setting you up with the tools to tackle any design challenge confidently.

Year 3: Core Mechanical Principles
By the third year, things get more specialized with courses like Machine Elements and Strength of Materials, where you'll design gears, shafts, and components that withstand real-world loads. Thermodynamics and Fluid Mechanics come into play too, teaching you how heat and flow power engines and systems, so you can optimize everything from car engines to HVAC setups with precision.

Years 4-6: Specialization and Projects
In the later years, you'll explore advanced topics like Production Engineering and Machine Dynamics, focusing on manufacturing processes and how machines vibrate and move in practice. The capstone Bachelor Thesis and elective modules let you zero in on passions such as Automotive Engineering or Energy Systems, applying everything in team projects that mimic industry work—graduating with a portfolio that screams "hire me."

Focus Areas
- Design & Simulation: CAD tools, finite element analysis, and prototyping for innovative product development.
- Energy & Sustainability: Thermodynamics, renewable systems, and efficient machinery for a greener future.
- Manufacturing & Automation: Robotics, production tech, and smart factories aligned with Industry 4.0.

Learning Outcomes
Graduates emerge with expertise in mechanical design, simulation software (like MATLAB and ANSYS), project management, and sustainable engineering practices—ready to solve complex problems, innovate prototypes, and lead teams in dynamic industries.

Professional Alignment (Accreditation)
This program is EUR-ACE accredited, meeting top European standards for engineering education, and aligns perfectly with professional bodies like the Austrian Chamber of Engineers (NIK) and international norms from ASME and VDI, ensuring your degree opens doors worldwide.

Reputation (Employability Rankings)
TU Wien ranks #171 globally in QS World University Rankings 2025 for Mechanical Engineering, with 95% of graduates employed within six months (TU Wien Career Service stats). It's Austria's top technical university, boasting strong ties to companies like Siemens, AVL, and Boeing for internships and jobs.

Experiential Learning (Research, Projects, Internships etc.)

Mechanical engineering at TU Wien isn't just about lectures and textbooks—it's about getting your hands dirty and building actual solutions. From your first year onwards, you'll work in state-of-the-art laboratories, use industry-standard software, and collaborate on projects that mirror real engineering challenges. The university has invested heavily in creating an environment where theory meets practice, giving you the skills employers actually want.

The BSc Mechanical Engineering program emphasizes hands-on experience through a carefully structured blend of labs, software training, and collaborative projects. Here's exactly what you'll have access to:

- CAD and Simulation Software: Proficiency with CATIA, ANSYS, and MATLAB—the tools used by leading engineering firms worldwide
- Dedicated Laboratory Facilities: State-of-the-art labs for thermodynamics, mechanics, materials testing, and fluid dynamics where you design and test prototypes
- Industry Partnerships & Internships: Structured internship programs connecting you with companies like Siemens, OMV, and Andritz, giving you real workplace experience
- Project-Based Learning: Group design projects throughout your studies, including capstone projects where you tackle genuine engineering problems
- Research Institutes: Access to specialized research centers including the Institute of Mechanics and Mechatronics, where you can engage in cutting-edge projects
- Modern Library & Digital Resources: The TU Wien library system offers comprehensive engineering journals, databases, and collaborative study spaces
- Field Trips & Industrial Visits: Regular visits to manufacturing plants, power stations, and engineering companies to see how theory applies in practice
- Mechatronics & Robotics Labs: Hands-on experience with automation and control systems
- Materials Testing Facilities: Comprehensive equipment for analyzing material properties and performance under real conditions

To explore the complete list of facilities available to mechanical engineering students, you can find detailed information through the TU Wien's official facilities and infrastructure pages.

Progression & Future Opportunities

At Vienna University of Technology (TU Wien), our BSc in Mechanical Engineering puts a huge emphasis on experiential learning, so you're not just studying theory—you're building real-world skills right from the start. You'll dive into hands-on projects using state-of-the-art labs and workshops tailored to mechanical engineering, working with cutting-edge tools and software that industry pros rely on. This practical approach helps you apply concepts immediately, collaborate in teams, and prepare for a career where you can innovate in areas like robotics, energy systems, and advanced manufacturing.

Here are some standout ways our program delivers that hands-on experience:
- Specialized Laboratories: Access to dedicated labs like the Institute of Mechanics and Mechatronics labs, where you experiment with material testing, dynamics simulations, and precision measurement tools—perfect for prototyping real mechanical systems.
- Software and Digital Tools: Training on industry-standard software such as MATLAB, ANSYS for finite element analysis, CAD programs like SolidWorks and CATIA, and Python for simulations, all integrated into coursework from year one.
- Group Projects: Collaborative design projects in modules like Machine Elements and Production Engineering, where teams of 4-6 students develop and test prototypes, often using 3D printers and CNC machines in our workshops.
- Internships and Industry Placements: Mandatory practical semesters (Praktikum) after the second year, partnering with companies like Siemens, AVL, and Magna Steyr for 12-20 week internships focused on mechanical design and manufacturing.
- Field Trips and Excursions: Regular site visits to Austrian industries, such as automotive plants in Graz or wind turbine facilities, plus international options through our Erasmus+ partnerships.
- Research-Oriented Facilities: Work in advanced research labs at institutes like the Institute for Lightweight Design and Structural Biomechanics, using high-tech equipment like high-speed cameras, wind tunnels, and vibration testing rigs for student-led experiments.
- Libraries and Resources: The TU Wien University Library's specialized engineering collection, with 24/7 access to digital databases, e-books on mechanical engineering, and simulation software licenses.