Study content and requirements
for the Mechanical Engineering degree program
What should you bring to the program?
The bachelor’s program in mechanical engineering is designed for anyone who understands technology, wants to develop innovative solutions, and wishes to play an active role in shaping the world of tomorrow. An interest in mathematics, the natural sciences, and technical problems—as well as a willingness to work analytically and creatively—are particularly helpful.
No prior knowledge of mechanical engineering is required. The program is open to graduates of all types of high schools. To help you get started, CU Carinthia University of Applied Sciences offers intensive preparatory courses in mathematics, physics, and computer science. Even without a traditional high school diploma, you can begin your studies through the appropriate legal admission pathways.
Here's what you'll learn during your studies
In the Bachelor’s program in Mechanical Engineering, you’ll combine the fundamentals of engineering with modern technologies and hands-on projects. You’ll develop technical products and machines, work with the latest CAD and simulation software, explore materials, manufacturing technologies, and automation, and learn to analyze and refine complex technical systems.
Even while you’re still in school, you’ll apply your knowledge in lab exercises, development projects, and collaborations with companies. This allows you to gain practical experience and develop the exact skills that are in demand in industry, research, and development.
What career options do you have after graduation?
With a bachelor’s degree in mechanical engineering, a wide range of career paths is open to you. For example, you can work in product development, design, manufacturing engineering, automation, energy technology, or technical project management. Careers in research and development, as well as in quality and innovation management, also offer exciting opportunities.
If you’d like to further deepen your knowledge, you can pursue the Master’s program in Mechanical Engineering—Lightweight Construction at CU Carinthia University of Applied Sciences or complete an advanced Master’s degree in Engineering & IT at another college or university.
Here's how the program is organized
The bachelor’s program in mechanical engineering spans six semesters and is worth 180 ECTS credits. You can choose between a full-time program and a part-time program.
Throughout the program, you will deepen your knowledge in one of three specializations:
Manufacturing Engineering – modern production processes, automation, and additive manufacturing
; Energy Engineering – sustainable energy systems, fluid machinery, and drive technology
; Technical Design – engineering, product development, and CAD-based design
For more information on admission requirements, the admissions process, credit recognition, examination regulations, ECTS credits, and the academic calendar, please refer to the General Study Information.
General Information About the Program
For more information on admission requirements, the training contract, nostrification and recognition, the admissions process, examination regulations and grading, ECTS credits, and the academic calendar, please refer to the General Study Information.
FAQ
Frequently asked questions about the Bachelor’s Degree Program in
“Mechanical Engineering”
Do I need any prior knowledge of math, physics, or programming?
No. The knowledge you’ve gained in school is generally sufficient. If you’d like to brush up on your knowledge before starting your studies, we’ll support you with free preparatory and bridge courses.
Is it worth pursuing a university degree even with an HTL diploma?
Yes. The bachelor's program builds on your existing knowledge and deepens it in specific areas such as design, simulation, development, and scientific research. At the same time, it opens up new career and continuing education opportunities for you.
What role does AI play in mechanical engineering?
Artificial intelligence is already an important part of modern mechanical engineering. During your studies, you'll learn how to use AI effectively and why technical expertise and creative engineering will remain indispensable in the future.
Current Courses
Current course - Mechanical Engineering
Jobs & Careers
Mechanical engineering is one of the most versatile engineering disciplines and opens up career paths for you in nearly every technical industry. You’ll develop technical solutions for the industry of tomorrow, work on innovative products, and actively help shape sustainable technologies. Whether in design, research, production, or project management–your degree qualifies you for challenging roles across a wide range of industries and also lays the foundation for a master’s program.
Your Career Prospects After Earning a Bachelor's Degree in Mechanical Engineering
Mechanical engineering is one of the most versatile engineering disciplines. With your bachelor’s degree, numerous career paths will open up for you—from developing new products to optimizing production processes to conducting research on innovative technologies. Thanks to your broad education, you’ll be in demand across a wide variety of industries and will be able to further develop your interests in a targeted manner.
You can work in these industries
As a graduate of the bachelor’s program in mechanical engineering, you can look forward to a wide range of career opportunities—regionally, nationally, and internationally. Typical industries include:
- Mechanical and plant engineering
- Automotive and mobility industry
- Energy and environmental engineering
- Manufacturing and production engineering
- Aerospace
- Automation and Industrial Technology
- Research and Development Institutions
Here are the tasks you can expect in your day-to-day work
Depending on the industry and your area of specialization, you’ll take on a variety of tasks—from developing new products to optimizing existing systems. Typical career paths include:
- Product Development and Design
- Research and Development (R&D)
- Manufacturing and Production Engineering
- Simulation and Calculation
- Project management
- Quality Management
- Technical Sales and Customer Support
Your development doesn't stop after you earn your bachelor's degree
With your bachelor’s degree, you’ll have a solid foundation in engineering and will be ready to enter the workforce right away. At the same time, the program lays the groundwork for further specialization—for example, in the master’s program inMechanical Engineering—Lightweight Construction at CU Carinthia University of Applied Sciences or in an advanced engineering program in Austria or abroad.