Electrical Engineering, Bachelor of Engineering

Who is the Bachelor's Degree in Electrical Engineering Suitable For?

The Bachelor's degree in Electrical Engineering at the Georg Agricola University of Applied Sciences is aimed at all those who are enthusiastic about technical innovations, sustainable energy supply, and automation technology. It particularly addresses individuals who want to actively participate in shaping modern technologies such as robotics, the Internet of Things, and renewable energy systems. The target group includes school graduates with university entrance qualification, professionally qualified people such as master craftsmen, technicians, as well as persons who want to establish themselves concretely in engineering through a practice-oriented course of study. Those interested in a dual (practice-accompanying) degree will also find a suitable offer here with a strong focus on current industrial and societal issues.

What Admission Requirements Apply?

• General University Entrance Qualification (Abitur): Entitles you to start the degree.
• University of Applied Sciences Entrance Qualification: Applicants with a university of applied sciences entrance qualification (e.g. school part plus internship) are admitted.
• Access for Professionally Qualified Persons: Persons who have passed the master craftsman’s examination, have a technician qualification, or comparable professional qualification are also eligible to apply.
• Practice-Accompanying Course of Study: For this study focus, a contract with a cooperative company is additionally required (at least 25% practical component).
• German Language Skills: The language of instruction is German; appropriate language skills are required.
• Start of Studies: The start of studies is possible at the winter or summer semester; the practice-accompanying course always begins in the winter semester.

The Georg Agricola University of Applied Sciences is state-recognised; no tuition fees apply, only a semester fee (including the NRW ticket) is charged.

Which Personal Requirements Should You Bring?

• Basic Understanding of Mathematics and Natural Sciences: Knowledge of mathematics and physics is the basis for a successful start in the course of study.
• Analytical Thinking Ability: Enjoyment in solving complex technical problems facilitates learning.
• Problem-Solving Orientation and Technical Interest: You should enjoy working with technical systems, developing practical solutions, or thinking ahead of existing technologies.
• Independence and Motivation: The willingness to engage with new topics and learn independently is essential in engineering studies.
• Teamwork Skills: Many projects take place in teams, so the ability to cooperate is an important prerequisite.
• Practice Orientation: Prior knowledge from internships, technical training, or professional experience is helpful but not mandatory.

With these prerequisites, you have optimal starting conditions to grow both professionally and personally in Electrical Engineering studies at THGA – whether you want to later enter industry, research, or pursue a subsequent master's degree.

Electrical Engineering at Georg Agricola University of Applied Sciences – Content & Facts

What do you learn in the Bachelor’s degree in Electrical Engineering?

The Bachelor’s degree programme in Electrical Engineering at Georg Agricola University of Applied Sciences (THGA) provides you with solid knowledge in classical and current topics related to energy, automation, robotics and digitalisation.

• Fundamental subjects: Advanced mathematics, systems of physics, computer science, programming and technical English.
• Core areas of electrical engineering: Electrical engineering, electrical measurement technology, digital technology, components and circuit technology.
• Specialist modules: Microprocessor technology, control engineering, system theory, automation technology, robotics, Matlab.
• Energy technology: Fundamentals of energy technology, power electronics, electrical machines and drives, energy generation, energy networks, high voltage technology.
• Building and industrial automation: Building automation, industrial automation, test and inspection systems, Internet of Things (IoT).
• Business administration & project management: Business administration for engineers, project management.
• Final phase: Bachelor’s thesis and colloquium.

How can you sharpen your profile? – Study focuses, practical relevance and flexibility

• Choose your focus:
  • General electrical engineering
  • Energy technology (with a focus on generation, networks and renewable energies)
  • Automation technology (focus on industrial automation, sensor technology and microelectronics)
• Practical relevance: The course is closely linked to professional practice – also available as a practice-accompanying variant (with corporate partners & practical phases).
• Flexible study formats: Full-time (6 semesters), part-time (9 semesters, focus on general electrical engineering) or practice-accompanying (8 semesters).

How is the course structured?

• 1st–2nd semester: Fundamental subjects, initial specialisations in electrical engineering, introduction to computer science and digitalisation.
• From 3rd semester (full-time): Choice of specialisation and entry into specific subject areas such as energy or automation technology.
• Practical orientation: Project work, laboratory phases, practical semester (especially in the practice-accompanying study programme).
• Degree completion: Bachelor’s thesis and colloquium (scientific discussion).

What career prospects do you have with this degree?

A degree as a Bachelor of Engineering in Electrical Engineering at THGA opens many doors in various industries:

• Engineer in research and development: Development of new products and optimisation of technical systems.
• Hardware development: Design and construction of IT hardware, sensor technology and digital components.
• Project management for energy supply: Smart grids, digital infrastructure and sustainable energy projects.
• Automation specialist: Planning and implementation of automation processes in production and buildings.
• Further options: A directly subsequent master’s degree is also possible at THGA.

Where do you study? – Location, campus & environment

• Place of study: Bochum
• Campus life: THGA offers a wide range of student activities, on-campus accommodation, university sports and international contacts.
• Network: Cooperations with regional companies open up many opportunities for practical experience and career entry. Students benefit from close exchange with industry.

What does the course cost and how can you finance it?

• No tuition fees: Only a semester contribution of currently approx. 237 euros is charged – including the NRW ticket.
• Affordable overall package: For the total duration of the course, the costs amount to about 1,422 euros.
• Financing options: The practice-accompanying study option allows you to gain practical experience and earn an income directly in a company. Furthermore, BAföG, scholarships and part-time jobs are popular ways to finance your studies.