Who this online B.Eng. suits – and what you need to get in
This programme is designed for you if you want a recognised European engineering degree while studying fully online. Typical profiles include: working technicians or junior engineers who need a flexible pathway to a first degree; IT or electronics assistants aiming to move into systems, automation or embedded roles; and recent school leavers outside the EU who prefer an English-taught, cost-transparent distance degree to start an engineering career in Germany or the EU later. If you value independent study, digital tools and project work, the fit is strong.
Admission requirements
You can qualify via several routes. All applications are reviewed individually; international school and vocational credentials are checked for equivalence.
- University entrance qualification: general or subject-specific higher education entrance (Abitur) or university of applied sciences entrance (Fachhochschulreife). International school diplomas (e.g. IB or national boards) are accepted if equivalent to German higher education entrance.
- Admission with foreign qualifications: the university conducts an equivalence check of non-German certificates in line with recognised frameworks. Decisions are made case by case; additional proof of suitability may be requested.
- Admission without Abitur: possible with a German master craftsperson certificate (Meister), an advanced professional qualification (e.g. IHK Fachwirt), or a recognised ≥2-year vocational training plus ≥3 years of full-time experience. For EU vocational pathways completed outside Germany, equivalence to DQR 4 is assessed; a trial study may be required.
- Required English for this English-taught programme (B2 CEFR): TOEFL iBT ≥ 80, IELTS ≥ 6.0, Duolingo ≥ 95, or Cambridge (overall grade B). Exemptions if English is your native language or your prior degree was taught in English. Certificates must be issued within the last five years. Other B2 proofs may be accepted at the university’s discretion.
- Recognition of prior learning (RPL): relevant university modules, professional training or experience can be credited after review, potentially shortening your studies and reducing fees.
- Study mode: 100% online; no mandatory on-site attendance. Exams are offered online (24/7) or at test centres.
Personal requirements
Success in a remote engineering degree depends on disciplined self-study and realistic time planning. Expect about 40 hours/week (full-time), 30 hours (part-time I) or 20 hours (part-time II), including readings, problem sets, programming and project work. You need solid school-level maths and physics as a starting point, willingness to learn Python and data-driven methods, and B2-level academic English to follow lectures, write reports and collaborate online.
- Strong self-organisation over multiple semesters; break large modules into weekly goals.
- Reliable laptop, stable broadband, and a quiet study setup for proctored online exams.
- Perseverance for quantitative subjects (analysis, statistics, signals, control) and iterative projects.
- Proactive communication with tutors and peers across time zones; schedule buffers before exam windows and project deadlines.
If you can manage your time consistently, stay motivated in independent study, and communicate clearly in English, you are well prepared for this online B.Eng.
What will you study in the Engineering (B.Eng.) at IU International University of Applied Sciences?
The programme is taught entirely in English and leads to a 180 ECTS Bachelor of Engineering in 6 semesters (full-time). You build a solid engineering foundation and add strong digital skills in simulation, data and automation. IU is a Fachhochschule (university of applied sciences), practice-oriented and staatlich anerkannt (state-recognised).
Engineering fundamentals and natural sciences: You start with core mathematics and physics and learn how engineers think and work. Typical modules include Mathematics (Linear Algebra, Analysis), Fundamentals of Physics and Chemistry, plus Mechanics from Statics to Kinematics and Elastostatics.
Digital systems, IoT and programming: You enter Computer Science and the Internet of Things, work with Sensor Technology and Embedded/System topics, and learn to code in Python. Cyber security fundamentals and data protection round off your view on connected systems.
Control, signals and electrical engineering: You analyse Signals and Systems, design Control Systems, and deepen Electrical Engineering up to Electrical Machines and Energy Technology. Introduction to Electromagnetics links theory to the electrical behaviour of real components and systems.
Simulation, data and production: You model and simulate technical systems, apply Statistics, and develop a data-driven engineering mindset. Production Engineering and Automation Technology connect classical engineering with Industry 4.0 workflows. Seminar and project modules (e.g. Simulation of Systems; Control Unit Design) train applied problem-solving.
Electives and specialisations: Across three elective blocks (A–C) you shape your profile, for example in Robotics, Mechatronics, Cybersecurity Engineering, Data-Science Engineering, Engineering Management, or electrical focuses such as Electromobility, Digital Electronics and Renewable Energies.
Capstone and recognition: Your studies conclude with a Bachelor Thesis and colloquium. The distance-learning format is registered with the German authority ZFU (1133822). The programme carries 180 ECTS under the Bologna framework and is accredited through 14 August 2030.
How does studying in the Engineering (B.Eng.) work?
You study 100% online with rolling start dates. Learning happens on IU’s digital campus with interactive elements, e-books and tutoring. Exams run 24/7 online or at a test centre. You choose full-time (36 months) or part-time (48/72 months) to match your schedule.
Teaching language and proof of English
The programme is delivered in English. IU accepts standard B2 proofs such as TOEFL iBT 80, IELTS 6.0, Duolingo 95 or a Cambridge certificate (overall grade B). A previous degree taught in English or English as a first language can replace a test. Certificates must be issued within the past five years and be provided before you start.
Study model: fully online, study from anywhere
This is a distance-learning degree: no mandatory on-campus classes or lab attendance. You learn and take most assessments online from your current location. The university provides an online campus, optional exam centres, and digital student services. You can begin “from today” or pick any later start date.
Learning format, support and group size
Learning combines self-paced study with interactive sessions, online tutorials and Q&A formats. Materials include e-books, a large online library and Statista access. Personal support comes from lecturers, tutors and study/career coaching. IU’s learning assistant “Syntea” helps you structure your learning and clarify content. There are no fixed small-cohort requirements; you can study flexibly and connect with peers when useful.
Exams and assessments
Assessment formats vary by module: online proctored exams, written assignments, programming tasks, presentations, seminar participation and applied projects. Project modules (e.g. Simulation of Systems; Control Unit Design) prepare you for practice. The programme ends with a bachelor’s thesis and an oral defence (colloquium), which are also organised digitally.
What does the Engineering (B.Eng.) cost?
Total tuition depends on your pace. Typical regular fees are €399 per month for 36 months (full-time), €344 per month for 48 months (part-time I) or €259 per month for 72 months (part-time II). That translates to about €14,364 (36×399), €16,512 (48×344) or €18,648 (72×259) in tuition across the standard durations. The longer models lower your monthly burden but increase the overall total.
Included are digital learning materials and access to the online campus. Additional fees can apply for graduation formalities and specific optional services. If prior learning is recognised, your tuition is reduced by €30 per accepted ECTS, and your study time can be shortened accordingly.
Because this degree is fully online, there are no relocation or commuting costs to a campus. Your living costs depend on where you reside; many students continue working or living with family to keep monthly expenses predictable while studying.
What careers and recognition does the Engineering (B.Eng.) offer?
The university is state-recognised (staatlich anerkannt) and the programme is formally accredited through 14 August 2030. As a Bologna-compliant degree with 180 ECTS, your B.Eng. is internationally comparable for jobs and for admission to master’s programmes. As a Fachhochschule (university of applied sciences), IU focuses on applied teaching and employability—this is valued by employers across Germany and the EU.
In Germany, use of the protected professional title “Ingenieur/in” is regulated at state level. The B.Eng. is the necessary academic qualification; whether you may formally use the title depends on the legal rules of the federal state where you work. In industry roles, employers primarily value the degree level, skills and specialisation.
Typical roles after graduation in Germany, the EU and internationally include:
- Development engineer (mechatronics, embedded systems, digital electronics)
- Simulation/model-based engineer (digital twins, systems modelling and analysis)
- Technical product engineer or product development engineer in manufacturing/automation
- Cybersecurity engineer focusing on industrial/OT networks and system hardening
- Engineer in e-mobility or renewable energies (drive systems, energy technology)
Entry-level salaries for engineering graduates in Germany often start around €45,000–€55,000 gross annually; with experience, €55,000–€75,000 is common, varying by region, sector and specialisation. Robotics, electrification and data-driven engineering currently show robust demand.
Who is the Engineering (B.Eng.) right for – and who not?
This programme suits you if you want a broad engineering foundation with a strong digital edge—and the flexibility of a fully online degree. It is designed for people starting out as well as working professionals who prefer asynchronous study with targeted live support.
- You want core engineering skills plus IoT, simulation, data and control engineering in one curriculum.
- You need flexible pacing (36/48/72 months), online exams 24/7 and no mandatory campus attendance.
- You plan a career in development, automation, energy or mobility—and may consider a master’s later.
- You value applied projects and a Fachhochschule approach that focuses on practice.
Not every situation fits a distance-learning engineering degree. The points below help you avoid a mismatch before you apply.
- You expect a classic on-campus experience with daily labs, workshops and fixed timetables—this format is 100% online.
- You are looking for the lowest-cost option in Germany—tuition at private universities is higher than at public universities.
- Your goal is a regulated, licence-bound role that requires specific on-site laboratory training or membership via a regional chamber—this degree is academic; professional title rules vary by German state.
- Your schedule or internet access does not allow for regular self-study and proctored online exams.
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