Who should choose the Bachelor's degree in Mechatronics via distance learning?

The distance learning programme "Mechatronics (B.Eng.)" at AKAD University is aimed at people who want to qualify in a practical way for the future-oriented fields of automation, robotics and digitalisation. It targets technically minded adults who are pursuing an engineering degree – especially professionals from industry and technology, but also career changers with an interest in mechanics, electronics and computer science. Typical target groups are technical specialists, trainees with professional experience in technical occupations as well as graduates of advanced training courses such as technicians, master craftsmen, specialists or business administrators. The flexible online distance learning programme is ideal for people who want to learn independently of time and place.

Admission requirements at a glance

The following requirements are necessary for direct admission to the degree programme:

• General higher education entrance qualification (Abitur), subject-specific higher education entrance qualification or university of applied sciences entrance qualification
• In addition to classic school qualifications, recognised advanced training and specialised school qualifications (for example state-certified technicians, master craftsmen, business administrators or specialists, educators) can lead to admission in combination with an advisory interview.
• Those who do not have one of the above qualifications can be admitted with a completed vocational training and relevant professional experience after passing a university entrance aptitude test.
• German language skills for international applicants:
  • Proof at DSH-2 level (German language examination for university entrance)
  • C1 according to CEFR (Common European Framework of Reference for Languages)
  • TestDaF level 4 (Test of German as a Foreign Language)
  • Or an equivalent school leaving qualification granting access to German universities

Recognition of previous achievements (for example ECTS from earlier degree programmes or recognised further training) is possible and can shorten the duration of study.

Recommended personal prerequisites

The following personal qualities and prior knowledge facilitate success in the Bachelor's degree in Mechatronics:

• Mathematical fundamentals at a level corresponding to the university entrance qualification
• English language skills at B2 level according to CEFR (ALTE3)
• Interest in physics, computer science and technical contexts
• Basic PC user skills and willingness to learn digitally
• Self-motivation and self-organisation – especially important for distance learning

Experience in the technical field is an advantage but not a mandatory requirement. Those who enjoy problem-solving thinking and interdisciplinary work will find diverse career prospects in mechatronics in development, project management, Industry 4.0 and more.

Course Content in the Bachelor's Distance Learning Programme Mechatronics at AKAD University

The Bachelor's degree programme in Mechatronics (B.Eng.) at AKAD University imparts knowledge in mechanics, electronics and computer science. The curriculum comprises 180 ECTS credits and covers both engineering fundamentals and application-oriented content.

• Basic Subjects:
  • Mathematics I and II
  • Physics for Engineers
  • Materials Science
  • Business Administration for Engineers
• Technical Core Competencies:
  • Electrical Engineering and Electronics
  • Fundamentals of Computer Science and Programming, Programming in C/C++
  • Statics, Strength of Materials and Dynamics
  • Machine Elements, Technical Drawing
• Advanced Modules:
  • Control and Regulation Engineering, Systems Theory
  • Measurement Technology, Sensors and Actuators
  • Microcomputer Systems with Laboratory Elements
  • Computer-Aided Design (CAD/CAM)
• Key Qualifications and Management:
  • Project Management, Quality Management
  • Management Techniques and Leadership Skills
  • Technical English (“English for Technology”)
• Elective Modules (Specialisations):
  • Automotive Engineering
  • Manufacturing Technology and Robotics
  • Mechatronic Systems
  • Automation Technology
  • IT Security
  • Embedded Systems
  • General Mechatronics
• Degree: Bachelor Thesis and Final Project

Throughout the programme, application-oriented projects and practical laboratory phases take centre stage to support the transfer of theoretical knowledge into professional practice.

Course Structure and Organisation of the Distance Learning Programme

The Mechatronics distance learning programme at AKAD University is modular in structure and can be completed flexibly. The duration of study ranges between 36 and 72 months depending on the chosen time model. Three variants are offered:

• Sprint Variant (36 months): For faster studies with maximum time commitment.
• Standard Variant (48 months): For a balanced work-life-study balance.
• Stretch Variant (72 months): For maximum flexibility with low monthly costs, optimal for part-time alongside employment.

The online distance learning is predominantly digitally organised. Exams, teaching materials and communication are conducted via the AKAD Online Campus. A small on-site attendance component in the form of laboratory events is planned to consolidate practical skills.

• Own learning pace and individual time planning possible
• Online exams and study materials accessible at any time
• Personal support and direct communication with tutors
• 4-week trial study period possible
• Recognition of modules already completed from further training or other university studies possible (shortens study duration and lowers costs)

Career Prospects and Areas of Application after Graduation

Graduates of the Bachelor programme in Mechatronics (B.Eng.) at AKAD University open up diverse career opportunities in the fields of technology, development and management, especially at the interface between mechanics, electronics and computer science.

• Hardware and Circuit Development: Development and simulation of electronic assemblies and systems in industry or the automotive sector
• Medical Technology: Participation in development, maintenance and consulting in the field of medical devices and systems
• Information and Communication Technology: Development of technical solutions for communication and optimisation of software and hardware
• Project Management: Leadership and control of interdisciplinary technical projects, communication between different specialist areas
• Industry 4.0 and Automation: Development of automated manufacturing and control systems, particularly in the context of modern production facilities
• Robotics and Embedded Systems: Planning, construction and optimisation of robotics solutions as well as embedded systems for various industrial applications

The degree is internationally recognised and provides the prerequisite for advanced Master's degree programmes.

Costs and Financing Options at a Glance

• Sprint (36 months): 357 Euro monthly, one-off 960 Euro examination fee (currently possibly waived as part of an offer), free extension by 12 months
• Standard (48 months): 295 Euro monthly, one-off 960 Euro examination fee, free extension by 9 months
• Stretch (72 months): 203 Euro monthly, one-off 960 Euro examination fee, free extension by 3 months

The total costs vary depending on the time model. Tuition fees can be reduced by crediting already completed achievements (one monthly rate saved per 5 ECTS credits). For financing, state subsidies, scholarships or flexible payment models are available.

• 4 weeks free trial study possible
• Discount promotions (e.g. time-limited study discount) regularly available

The programme is officially recognised, certified by the ZFU and accredited.