Who is the part-time M.Sc. Electrical Engineering program suitable for - and what do you need for admission?
The program is right for you if you work in a technology-oriented company and want to systematically expand your electrical engineering expertise. Typical profiles: Development engineer in automation technology or microelectronics, aiming for responsibility in project or team leadership positions; Mechatronics or Technical Informatics graduate with initial practice, looking to specialize in energy technology or system development; hands-on professional from a related engineering field who is already working and wants to sharpen their profile with a recognized master's degree - easy to combine with presence phases on Fridays/Saturdays for shift and family times.
Admission requirements
You will be admitted with a first engineering degree and professional experience. Specifically:
- Bachelor's degree in Electrical Engineering, Mechatronics, Technical Informatics, or a related field with Grade 2.5 or better and 210 ECTS.
- A degree in a related field is possible if the electrical engineering component is considered sufficient on a case-by-case basis (including consideration of work experience).
- Less than 210 ECTS? You can start and make up for the missing ECTS during the master's program.
- For the application, proof of 80% of previous study performance is initially sufficient if grades are still pending.
- Work experience: The program is designed for engineers with at least one year of practice.
The degree leads to 120 ECTS in six semesters.
Personal requirements
Part-time studying means: plan structurally and implement consistently. Realistically expect 10-15 hours per week of self-study (approximately 80% of learning online) plus eight presence days per semester on Fridays and Saturdays in Aschaffenburg or Darmstadt. Clarify support in your environment early on - this will help during exam and project phases.
- High self-organization: set learning goals, secure weekly workload, keep deadlines in mind.
- Persistence: stay on track even with challenging modules; actively seek feedback.
- Mathematical-analytical strength: refresh and apply solid fundamentals in electrical engineering, control, signal processing.
- Communication and teamwork skills: use exchange in online groups and presence phases - especially in interdisciplinary projects.
- Realistic time planning: align work and family calendars with exams and presence dates.
If you accept these conditions and organize yourself responsibly, you will make optimal use of the strengths of the blended learning format - with predictable presence blocks and clearly structured material for self-study.
What do you learn in the Master of Electrical Engineering at the Aschaffenburg University of Applied Sciences?
You update and systematically expand your knowledge of electrical engineering, with a strong practical focus and a high degree of interdisciplinary content. The start of the program emphasizes interpersonal communication in a business context; as you progress, you deepen your understanding of current key areas of electrical engineering and develop systemic thinking.
The study content can be divided into four main areas:
- Technical Core Fields: Refreshing and expanding current topics in electrical engineering – closely linked to industrial applications and system thinking.
- Automation and Systems: Control, regulation, and automation technology, applied in networked, mechatronic systems.
- Microelectronics and Embedded Systems: Design, component understanding, and integration, including practical relevance to modern development processes.
- Power Engineering and Networks: Generation, distribution, and utilization of electrical energy – technically sound and with consideration of business conditions.
A key component is social and communicative competence: You practice communication in the company, teamwork, and effective leadership based on technology. Exchange in study groups and project formats supports the transfer to your professional life.
You choose specializations from three directions: Automation Engineering, Microelectronics, or Power Engineering. This allows you to focus on specific areas relevant to your job – from the shop floor to the development department. The program is designed for 120 ECTS over six semesters and accredited as a professional Master's degree.
How does the distance-learning Master's program in Electrical Engineering work?
You study in a Blended Learning format: Approximately 80 percent self-study with study materials and an online learning platform, supplemented by eight on-site days per semester on Fridays and Saturdays in Aschaffenburg or Darmstadt. The workload is equivalent to a full-time four-semester Master's program but spread over six semesters.
Materials and Learning Formats Overview
You work with study materials in print and digital formats and a multimedia Moodle platform. There you will find lecture recordings, exercises, experimentation videos, and team projects for challenging modules. The start of the program includes an introductory event with the first on-site weekend – ideal for getting to know lecturers and fellow students.
Exams and Assessments
Exam dates are communicated in advance to allow you to plan your work and personal life. Assessments vary by module within the regular university framework (e.g., written exams, projects, or team assignments). There are no additional fees for exams.
On-Site Dates: Where and How Often?
There are eight on-site days per semester, always on Friday and Saturday. The on-site sessions take place at the campus locations in Aschaffenburg or Darmstadt. This ensures continued interaction with lecturers and fellow students without weekly attendance requirements.
Time Commitment, Workload, and Flexibility
Expect to dedicate 10-15 hours per week to reading, assignments, and exam preparation. The program is designed for working professionals: self-paced study without set lecture times, clear semester structure, and predictable on-site sessions. For on-site days and the program's start weekend, plan travel time and possibly overnight stays.
How much does the Master's in Electrical Engineering at the Aschaffenburg University of Applied Sciences cost?
The regular tuition fees are €2,200 per semester plus around €150 student service fee per semester. The fees cover study materials, exams, and tutorials – there are no additional costs for learning materials or exam registrations.
You should plan financially for the duration of six semesters. Additional expenses may include travel and possibly overnight stays for on-site sessions. Continuing education costs – including tuition fees, travel, and accommodation expenses – are generally tax-deductible. Many employers support part-time Master's programs through leaves of absence or financial subsidies; inquire about internal funding opportunities early.
What careers and salaries are possible after the Master's in Electrical Engineering?
With the internationally recognised M.Sc. in Electrical Engineering, you can pursue technical and leadership roles in development, automation, energy, and technical cross-functional areas. Combining work experience with current technical expertise signals readiness for increased responsibilities.
- Electrical Engineering Development Engineer: Conceptualisation, design, and testing – typical salaries around €60,000-€85,000 gross per year, with managerial roles higher.
- Automation Engineer: Planning, commissioning, optimisation – around €58,000-€80,000 gross per year.
- Systems Engineer/Requirements Engineer: System design, interfaces, validation – around €65,000-€90,000 gross per year.
- Electrical Engineering Project Manager: Budget, schedule, and team responsibilities – around €75,000-€100,000+ gross per year depending on industry and location.
- Energy Engineer: Networks, facilities, renewable energies – around €60,000-€85,000 gross per year.
The Master's also qualifies you for technical leadership positions, expert roles, and – with a focus on scientific research – potentially for a future doctoral degree. Your individual salary will vary greatly based on the industry, region, level of responsibility, and company size.
Who should consider the Master's in Electrical Engineering – and who should not?
The program is aimed at engineers with work experience who want to update their technical knowledge, deepen it systematically, and enhance their communication skills – all without interrupting their careers. It combines scheduled on-site sessions with a high level of remote learning.
- If you work in a technology-oriented company and aim to expand your responsibilities – either in a technical or project management capacity.
- If you want to focus specifically on Automation, Microelectronics, or Power Engineering.
- If you are seeking a structured, accredited university degree program that can be balanced with work and family commitments.
- If you thrive in a Blended Learning environment: self-directed learning with clear on-site session days for interaction and deepening of knowledge.
This format may not be suitable for everyone. The following points can help you make an honest assessment – time commitment, on-site obligations, and depth of content are the key factors.
- If you expect a completely online, location-independent study format: There are eight mandatory on-site days on Fridays and Saturdays per semester.
- If you cannot dedicate 10-15 hours per week to self-study alongside a full-time workload.
- If you need to avoid travel: On-site sessions are held in Aschaffenburg or Darmstadt – travel and possibly overnight stays will be required.
- If you are primarily looking for a low-cost state-funded option: Compared to many state-funded programs, this program costs €2,200 per semester plus student service fees and travel expenses.
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