BEng Industrial Engineering

4 Year On Campus Bachelors Program

Harz University of Applied Sciences

Program Overview

The BEng Industrial Engineering at Harz University of Applied Sciences is a 7-semester program that perfectly blends business savvy with cutting-edge technology, making you the go-to expert who bridges management and engineering in real-world settings. It's ideal for students passionate about optimizing processes, leading teams, and tackling industry challenges—think logistics whizzes or innovation drivers—who want hands-on labs, projects, and a choice of specializations like Logistics Management or an international track after the second semester.

Curriculum Structure
Years 1-2: Building Your Foundations
In the first two semesters, you'll dive into core skills that set industrial engineers apart, starting with Mathematics/Statistics, Physics, and Electrical Engineering to master the technical backbone, alongside Fundamentals of Informatics and Programming for practical problem-solving in labs and simulations. You'll also explore business essentials like Marketing, Bookkeeping, and Logistics Management, plus English and Soft Skills in project management and scientific methods, building teamwork and leadership right from day one through group work, excursions, and presentations. This strong base prepares you to choose your professional field, like Logistics Management or Change Management, ensuring your path matches your ambitions.

Years 3: Deepening Expertise and Specialization
Semesters three and four ramp up with advanced applications, where you'll apply foundation knowledge in practical settings, selecting courses that align with your chosen field while honing skills in operations and innovation. Expect immersive sessions in areas like Operations Research (especially in the international track), teamwork projects, and interdisciplinary topics such as Environment/Health/Safety and Communication for Business and Engineering, all delivered through seminars, labs, and simulations to sharpen your analytical edge. By now, you'll be confidently integrating business strategy with tech, ready for the real-world internship ahead.

Years 4: Practical Mastery and Capstone
The final stretch includes a mandatory work placement semester for invaluable industry experience without the hassle of job hunting, followed by specialized modules tailored to future tech like Industry 4.0 concepts if you lean into automation-related electives. You'll culminate in the Bachelor's examination, Bachelor's thesis, and colloquium, synthesizing everything from process control to leadership in a project that showcases your expertise. This hands-on finale, supported by company advisory input, ensures you're job-ready with skills in MES, automation design, and global business dynamics.

Focus Areas
Choose your direction after semester 2: Logistics Management for supply chain optimization, Change Management for leading transformations, or International Business Administration and Engineering with a semester abroad featuring courses like Operations Research and Environment/Health/Safety.

Learning Outcomes
Graduates emerge as versatile industrial engineers skilled in business-technology integration, process optimization, leadership, and soft skills like project management; they can design automation systems, apply operations research, and navigate Industry 4.0 challenges with practical lab experience.

Professional Alignment (Accreditation)
The program is accredited per Germany's Foundation for the Accreditation of Study Programmes, awarding a Bachelor of Engineering (B.Eng.) after 7 semesters, qualifying you for diverse engineering roles or master's studies.

Reputation (Employability)
Harz grads land roles in SMEs and global firms across regions, with strong demand for their skills—backed by a company advisory committee of industry leaders from Harz, Goslar, Frankfurt, and Hanover who shape the curriculum for automation and engineering futures; many pursue successful master's at top unis.

Experiential Learning (Research, Projects, Internships etc.)

At Harz University of Applied Sciences, our BEng Industrial Engineering—the perfect fit for aspiring industrial engineers—puts practical skills front and center from day one. You'll dive into real-world tasks through a high percentage of hands-on sessions in our highly modern laboratories, tackling projects sometimes set directly by companies, all in small teaching groups that guarantee your own lab space. This builds the technical know-how and teamwork you'll need, blending business smarts like logistics and marketing with engineering essentials like automation and renewable energy.

Here's how our program makes experiential learning come alive with specific tools, projects, and opportunities tailored to industrial engineering::
- Modern laboratories for practical work in automation technology, power electronics, electric drive systems, plant automation, and renewable energy topics like photovoltaics and wind power—ensuring you handle industry-relevant equipment right away.
- Team projects and group work integrated throughout, including exercises, simulations, and presentations that sharpen your leadership and collaboration skills for real company challenges.
- Excursions and field trips to connect classroom theory with industry settings, alongside tutorials for deeper application.
- Specific software and digital tools like ANSYS for FEM simulations, programming in APDL, C/C++, and tools for Industry 4.0 models (e.g., RAMI architecture), data management, motion control, and magnetic circuit simulations.
- Work placements and internships via a dedicated work-placement semester in later years, plus ongoing lab sessions in high-tech facilities to ease you into professional roles without job-hunt stress.
- Specialized facilities including labs for smart automation, sensor/actuator technology, environmental tech, and operations research, all supporting your choice of fields like Logistics Management or Automation Technology.

Progression & Future Opportunities

At Harz University of Applied Sciences, our BEng Industrial Engineering—the perfect fit for aspiring industrial engineers—puts practical skills front and center right from the start. You'll dive into hands-on learning through laboratory work, team projects, and real-world tasks often set by actual companies, all in small groups with your own dedicated lab space in our state-of-the-art facilities. This means you're not just studying theory; you're building the technical and business know-how to bridge management and engineering, like optimizing logistics or automating processes, using cutting-edge tools that companies demand today.

Here's how our program makes experiential learning come alive, tailored specifically to industrial engineering needs::

- Modern laboratories for practical sessions in automation, renewable energy, power electronics, and process technology, where you tackle company-inspired challenges in physics, electrical engineering, and informatics.
- Team projects and group work focused on real-world simulations, operations research, and plant automation, helping you develop leadership and collaboration skills alongside technical expertise.
- Excursions and field trips integrated into the curriculum to connect classroom learning with industry environments.
- Specific software and digital tools like ANSYS for FEM simulations (including structural dynamics, thermal analysis, and magnetic circuits), plus programming in C/C++, APDL, and tools for Industry 4.0 models like RAMI and data management.
- Work placements and internships (including a dedicated work-placement semester in later stages) in modern labs and partner companies, giving you real job experience without the hassle of applications.
- High-tech labs for research-oriented tasks in areas like smart automation, sensor technology, motion control, and energy systems (e.g., photovoltaics, wind power), with small class sizes ensuring personalized guidance.