Engineering Science (international) B.Eng.

This program aims to train engineers who:

• Possess a solid foundation in core engineering disciplines like mechanics, manufacturing, automation & robotics, and Industry 4.0.
• Think interdisciplinarily to create innovative solutions combining various engineering fields.
• Excel in practical applications of modern tools and technologies.
• Are equipped to develop sustainable, forward-thinking solutions for industrial and environmental challenges.
• Confidently work in international teams, leveraging strong intercultural communication skills.
• Possess German language skills (level B2) at graduation.

The Bachelor's program in Engineering Science combines in-depth knowledge of fundamental engineering concepts with practice-oriented modules and application projects.

Semester 1 and 2: Fundamentals
Focus on fundamentals such as mathematics, mechanics, computer science, materials science, and project management. International students receive intensive mandatory German language training.

Semester 3 and 4: Specialization I
Core specializations in Manufacturing Technologies, Mechanics, Electrical Systems, Statistics, and elective business modules. International students receive mandatory German language training.

Semester 5 and 6: Specialization II
Specialization in advanced topics, including Production and Manufacturing Engineering, Mechanical and Design Engineering, Automation and Robotics, Logistics and Supply Chain Management, Business Administration and Management, and electives like AI, Smart Factories and Sustainable Manufacturing.

Semester 7: Internship semester and Bachelor's thesis
A compulsory practical phase/internship (one semester) and Bachelor's thesis, often in collaboration with industrial partners, provide hands-on experience with real engineering challenges.

Study plan Engineering Science B.Eng.

With this Bachelor’s program, you gain..

• Deep expertise in core engineering disciplines, blending theory and practice,
• Hands-on experience through cutting-edge labs, projects, and a practical phase,
• A global perspective with courses designed for an international audience.
• German language skills (level B2) at graduation

Graduates of the program will have:

• Technical know-how: Profound knowledge of mechanics, electronics, and automation.
• Practical competence: Experience with modern engineering tools like 3D CAD and simulation software.
• Interdisciplinary thinking: The ability to solve problems by integrating different engineering disciplines.
• Project management skills: Leadership skills for managing interdisciplinary teams and organizing complex technical projects.
• Sustainability awareness: Knowledge to develop energy-efficient and environmentally friendly technologies.
• Intercultural communication: Excellent language and teamwork skills for international environments, supported by language courses.

In addition, you benefit from:

• A flexible start with the first semester available entirely online.
• Language support to help you integrate into German academic and professional life.
• Strong industry connections for internships, projects, and career opportunities.

As a graduate, you will…

• Possess a broad range of interdisciplinary and practical expertise in engineering,
• Be well-versed in sustainable and energy-efficient technologies,
• Have the leadership skills to manage complex technical projects in global teams.

You are ready to work as

• Mechanical Engineer – Developing and optimizing machines and systems.
• Industrial Engineer - Enhancing production processes and operational efficiency.
• Automation Specialist – Implementing state-of-the-art technologies in production.
• Process Optimization Engineer – Improving efficiency and sustainability in industrial processes.
• Automation Engineer – Advancing automation and robotics in industrial settings.
• Project Manager in Engineering – Leading complex technical projects in diverse, international teams.
• Research and Development Engineer – Driving innovation in fields like renewable energy and artificial intelligence.

With this versatile skillset, graduates have the opportunity to enter dynamic industries worldwide or pursue a Master's degree in specialized engineering fields.

Academic requirements

• General higher education entrance qualification or subject-linked university entrance qualification, University of Applied Sciences entrance qualification or professional qualification
• If you are not sure about your university entrance qualification, please check uni-assist and the DAAD database

Language requirements

You need to prove your proficiency in English. This can be done with either of the following:

• TOEFL minimum 90
• IELTS 6.5 or above

In addition: German language skills, proven by official test score documents - minimum level A1

All applications must be done via our online application portal Primuss

• The application period is between April 15 - May 31.
• An admission committee intensively scrutinizes all applications and decides about final admission. Admission letters will be issued in June.

If you acquired your university entrance certificate abroad, uni-assist must assess your certificate before you can send it to Hof University. We advise you to send your documents to uni-assist at least 4 weeks before our application deadline.

If you have any questions concerning the application process, please contact admission(at)hof-university.de.