Englisch 
Deutsch Who this M.Eng. fits and what you need to bring
Important: New enrolment to this programme is currently closed. The degree was offered part-time as distance learning with mandatory weekend sessions in Germany. Typical candidates include: mid-career engineers in energy, automation or manufacturing who want to deepen reliability and functional safety; software and electronics professionals moving towards model-based development and safety-critical systems; international engineers aiming for a German Master’s to progress into roles such as reliability engineer, safety analyst or systems engineer.
Admission requirements
As a Master’s programme (120 ECTS, 6 semesters part-time), admission centres on a relevant first degree and the language of instruction:
- First degree: a completed university degree in engineering or a closely related discipline (e.g. electrical, mechanical, mechatronics, computer engineering, industrial engineering) is required for Master’s-level entry.
- Language of instruction: the programme is taught in German. You need proof of advanced German proficiency (typically level C1). Universities commonly accept certificates such as TestDaF, DSH, Goethe-Zertifikat C1 or telc C1 Hochschule.
- International qualifications: foreign degrees and diplomas are generally eligible if they are equivalent to a relevant German first degree. Expect to provide certified copies and official translations where applicable.
- Mandatory on-site sessions: plan for 8 in-person days per semester on 4 weekends (Friday & Saturday) in Darmstadt and Aschaffenburg. You must be able to travel to Germany for these dates and handle any visa or entry formalities yourself.
- Admission without Abitur: at Master’s level, school-leaving certificates are not decisive. What counts is a recognised first university degree in a related field.
Personal requirements
Distance learning at Master’s level demands self-organisation, resilience and consistent time management. With a part-time format and regular weekend presence, plan your week realistically: many working students reserve several evenings plus part of the weekend for study, assignments and exam prep. You should be comfortable reading technical German (standards, safety cases, specifications) and working with quantitative methods (statistics, reliability modelling) as well as engineering software tools. A stable internet connection, a quiet study setup, and proactive calendar planning around the fixed on-site weekends are essential.
- You communicate clearly in German in writing and in discussions (seminars, exams).
- You can sustain a steady workload alongside a job over multiple semesters.
- You are prepared to travel for the scheduled Friday/Saturday sessions each semester.
Tip: align expectations with your employer early (study days, travel to Darmstadt/Aschaffenburg). Setting fixed weekly study blocks and milestones per module helps you keep momentum over six semesters.
What will you study in the Reliability Engineering (M.Eng.) at Hochschule Darmstadt – University of Applied Sciences?
The programme is taught in German. You need formal proof of German proficiency to enrol; common certificates at German universities include DSH, TestDaF or Goethe-Zertifikat (C1). Important: the master’s degree in Reliability Engineering (Zuverlässigkeitsingenieurwesen) is being phased out and no new enrolments are possible. Content below reflects the academic profile of the course.
You learn how to design, validate and operate technical systems so they perform safely and predictably over their lifecycle. The curriculum combines methods from electrical and software engineering with safety engineering and data-driven diagnostics, organised in thematic blocks:
- Functional safety and dependable systems: Focus on safety standards and architectures across industries. Typical modules include Functional Safety and Process Control Technology.
- Software reliability and intelligent systems: Methods for modelling, validating and maintaining complex software. Representative modules: IT Security and Model-based Software Development; Image Processing for inspection and monitoring.
- Automation, robotics and industrial communication: Reliable control under real-world constraints. Examples: Robotics and RFID; Communication in Smart Grids for resilient networked operations.
- Energy systems reliability: From components to plants. Modules address Process Automation in Power Plants, Wind Turbines, Fuel Cells and Energy Storage.
Electives allow you to specialise, for example in IT security, robotics or smart energy systems, tailoring the technical focus to your sector (manufacturing, power, mobility). As a German Fernstudium (distance learning), it is designed for working professionals and includes mandatory on-site weekends in Germany. The standard workload totals 120 ECTS over six semesters, concluding with a master’s degree (M.Eng.). Hochschule Darmstadt is a public Fachhochschule (university of applied sciences).
How does the Reliability Engineering distance programme work?
This is a part-time Fernstudium for professionals with mandatory in-person weekends every semester. Teaching and course materials are in German. The programme is in phase-out and not open for new applicants.
Teaching language and language certificates
All modules are delivered in German. You need documented German proficiency to study successfully; universities in Germany typically accept certificates such as DSH, TestDaF or Goethe-Zertifikat (C1). Academic and administrative communication is likewise in German.
Learning format and study materials
The format combines self-study (digital scripts, readings, assignments) with structured contact phases. As a distance programme at a public Fachhochschule, it is organised for people studying alongside work, with clear semester schedules and instructor-led sessions during on-site weekends.
Exams and from-abroad options
Assessments align with the part-time structure and the mandatory on-site days. While self-study components can be completed from abroad, key academic activities and examinations can require attendance in Germany during the scheduled weekends.
Mandatory on-site sessions in Germany
Each semester includes 8 in-person days spread across 4 weekends (Friday and Saturday), typically in Darmstadt or Aschaffenburg. Because of these fixed dates, the programme is not purely online; you must plan for travel to Germany every semester.
Workload, time model and time zones
The standard duration is 6 semesters part-time (120 ECTS). The course is designed to fit a full-time job, with concentrated teaching on weekend blocks. Any live elements follow German time (CET/CEST). As on-site weekends are compulsory, a study visa is generally not required for distance learning itself, but short-term entry to Germany will be necessary for the contact phases depending on your nationality.
What does the Reliability Engineering cost?
The regular tuition was €2,345 per semester over 6 semesters, adding up to €14,070 in total for the standard duration. Fees were charged per semester, which helps you budget over three years alongside work. If you compare internationally, the total sits far below typical US tuition for a master’s in engineering, especially given the 120-ECTS scope. The programme is now closed to new enrolments; prices here reflect the regular, undiscounted structure during active intakes.
International students usually pay via standard bank transfer in euros. Books, travel and accommodation for the mandatory weekend sessions in Germany are additional personal costs to plan for.
What careers and recognition does the Reliability Engineering offer?
You earn a Master of Engineering (120 ECTS) under the Bologna framework. The degree programme is accredited without conditions through ZEvA (agency listed in EQAR) until 30 September 2027. Hochschule Darmstadt is a state-recognised public university of applied sciences, which supports international portability: employers worldwide can map ECTS credits and a German M.Eng. to local frameworks for postgraduate engineering qualifications.
Skill outcomes target reliability across hardware, software and energy systems. Typical roles include:
- Reliability Engineer for product development, testing and lifecycle analytics in manufacturing or electronics.
- Functional Safety Engineer (IEC 61508/ISO 26262 domains) in automotive, machinery or process industries.
- Test and Validation Engineer focusing on model-based verification and fault diagnostics.
- Automation/Controls Engineer for power plants, wind energy or smart grid operations.
- Quality and Risk Engineer overseeing FMEA, SIL/PL targets and compliance in regulated sectors.
Salaries vary by country, sector and prior experience. In export-driven industries (automotive, energy, industrial automation), postgraduate engineers with reliability and safety expertise typically command a premium over generalist roles due to compliance and uptime requirements.
Who is the Reliability Engineering right for – and who not?
This master’s was designed for working engineers who want to deepen expertise in dependable systems while staying employed. The mix of distance study and intensive weekends suits experienced professionals needing structured, practice-oriented learning.
- You work in electrical, software, automation, energy or manufacturing and want a part-time, industry-oriented master’s.
- You have solid German skills and prefer coursework delivered fully in German.
- You value mandatory weekend sessions for hands-on exchange with lecturers and peers.
- You aim for roles in reliability, functional safety, testing or smart energy systems.
- You want a state-recognised, accredited German M.Eng. with 120 ECTS.
There are also clear reasons why this course will not fit certain situations. Read these carefully before you plan from abroad.
- You need a programme taught in English – this course is fully in German.
- You require a 100% online degree with no travel; each semester has 8 in-person days in Germany.
- You are looking to apply now; the programme is in a phase-out and no longer accepts new students.
- You seek access to a regulated profession via this degree (e.g., licensure); this is a technical master’s, not a direct licensure pathway.
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