Bachelor of Electrical Systems Engineering

3 Years On Campus Bachelors Program

Heilbronn University of Applied Sciences

Program Overview

The Bachelor of Electrical Systems Engineering at Heilbronn University of Applied Sciences is a bilingual (German/English), full-time program spanning 7 semesters (210 ECTS) at the Heilbronn TechCampus, equipping you with hands-on skills to design and operate cutting-edge electronic systems for key technologies like AI, autonomous driving, and Industry 4.0. It's perfect for motivated students passionate about electronics, sensors, power systems, and international teamwork, blending solid fundamentals in math, physics, and engineering with practical industry exposure and language training to launch your global career.

Curriculum Structure
(Basics in English): You'll kick off with a strong foundation in the Fundamentals of Engineering Science, diving into mathematics, computer science, physics, and core electrical engineering concepts to build your technical toolkit from day one. An intensive compulsory German course runs alongside, helping you thrive in bilingual settings while getting comfortable with the "language of engineers" like simulation and specification. This year sets you up perfectly for real-world problem-solving right away.

(Building Core Skills): As you progress, you'll deepen your knowledge in electrical engineering essentials, applying them through labs and projects that mirror industry challenges, including early exposure to sensors, transmission technology, and control functions. Courses emphasize practical operation of electronic systems, with a growing focus on power electronics and information technology to prepare you for specialization. Small group settings and lecturer expertise ensure you're not just learning theory—you're ready to innovate.

(Advanced Specialization and Practice): Switch mainly to German for in-depth modules like microcontroller programming, digital signal and image processing, control engineering, networked systems, power converters, and electrical drives, letting you tailor your path to strengths in power electronics or IT. A dedicated practical semester places you in a local industry company, tackling authentic engineering tasks independently to build your resume and network. This phase hones your systems engineering prowess for international teams.

(Capstone): Wrap up with a Bachelor's thesis, often partnered with Heilbronn's world-class industry, where you'll showcase your ability to solve complex problems in electronics or related fields. It's your chance to dive deep into a passion project, potentially leading straight to job offers.

Focus areas: Power electronics (e.g., power converters, electrical drives), information technology (e.g., microcontroller programming, digital signal/image processing, control engineering, networked systems).

Learning outcomes: Master designing/operating electronic systems; proficient in systems engineering tools (simulation, specification); bilingual technical communication for global teams; practical industry-ready skills via labs, internships, and thesis.

Professional alignment (accreditation): Fully accredited Bachelor of Engineering degree with 210 ECTS, aligned to Industry 4.0 standards; includes mandatory industry practical semester and strong regional/global company ties for seamless career entry.

Reputation (employability rankings): Excellent prospects confirmed by employment market reports for electrical engineering grads; Heilbronn's Engineering Faculty boasts top employability through practical training, small groups, and industry networks—no specific QS/Guardian rankings noted, but "very good" job outlook with local/global firms.

Experiential Learning (Research, Projects, Internships etc.)

In the Bachelor of Electrical Systems Engineering at Heilbronn University of Applied Sciences, you'll dive right into hands-on learning from day one, designing and operating cutting-edge electronic systems through bilingual instruction that builds real-world skills in areas like power electronics, microcontrollers, image processing, and electrical drives. You'll apply what you learn in practical labs, tackling industry-inspired challenges that prepare you for roles in AI, autonomous driving, and Industry 4.0—giving you that edge employers crave. This isn't just theory; it's where you gain the systems engineering know-how, like simulation and specification tools, to thrive in international teams.

Here are some standout ways our program delivers experiential learning tailored to electrical engineering:
- Practical semester in industry: Spend a full semester working independently on real engineering tasks at a company, building your resume with direct industry experience.
- Project work in small teams: Collaborate on specific industry tasks—constructive, experimental, or theoretical—over two semesters, applying skills in circuit design, power electronics, and more.
- Laboratories for hands-on practice: Use our engineering labs to experiment with sensors, transmission tech, control functions, microcontroller programming, digital signal/image processing, power converters, and electrical drives.
- Bachelor's thesis with industry ties: Wrap up your degree by independently planning and executing a project, often in collaboration with local global companies or our on-campus labs.
- Specializations for targeted skills: Choose from power electronics or information technology tracks in advanced studies, including networked systems and control engineering, with flexibility for electives across faculties or abroad.

This practical focus, combined with our bilingual setup (English in year one, German later with intensive courses), sets you up for excellent job prospects in electrical engineering.

Progression & Future Opportunities

At Heilbronn University of Applied Sciences, our Bachelor of Electrical Systems Engineering program dives deep into hands-on learning right from the start, so you'll build real-world skills in designing and operating cutting-edge electronic systems like those powering AI, autonomous driving, and Industry 4.0. You'll get practical experience in key areas such as power electronics, microcontrollers, digital signal and image processing, control engineering, electrical drives, and circuit technology through labs, projects, and industry collaborations that mirror actual engineering challenges. This bilingual program (starting in English with intensive German courses) ensures you're not just theorizing—you're applying concepts in dynamic settings with state-of-the-art tools and facilities tailored for future engineers.

Here's how our experiential learning sets you up for success: from team-based industry projects to a dedicated practical semester, you'll gain the edge employers crave.

- Project work in small teams: Tackle real industry tasks (constructive, experimental, or theoretical) over modules like two semesters, often sourced directly from regional and global companies.
- Practical semester/internship: Spend time working independently on everyday engineering problems in an industrial company, building networks and applying skills like simulation and specification.
- Hands-on labs: Practice in university laboratories equipped for electrical engineering, including power electronics, microcontrollers, image processing, and electrical drives—perfect for testing sensors, transmission tech, and control systems.
- Bachelor's thesis with industry ties: Wrap up your degree by planning and executing a project either in our labs or collaborating with local industry partners.
- Specializations and electives: Choose from power electronics or information technology tracks, with options for courses across faculties or even abroad, including microcontroller programming and networked systems.
- Excellent lab facilities: Access top-tier technical equipment in our engineering labs, supporting everything from fundamentals in math, physics, and computer science to advanced systems engineering.

This practical focus means very good job prospects in electrical engineering—imagine starting your career ready to lead on global innovations.