Mechanical Engineering & Digital Technologies
Program Overview
Mechanical Engineering & Digital Technologies
Overview
The Bachelor’s programme “Mechanical Engineering & Digital Technologies” at FOM University of Applied Sciences responds to global industry demands. It combines fundamental engineering knowledge with digital technologies in product development and production processes.
Degree
Bachelor of Engineering (B.Eng.)
Locations
- Essen
Duration
6 semesters inclusive Thesis semester
Credit Points
180 ECTS
Total costs
25.830,00 euro
Accreditation
FOM University of Applied Sciences is accredited by the German Council of Science and Humanities and was the first private university in Germany to be system-accredited by FIBAA in 2012. This means that all FOM degree programmes are state and internationally recognised. In addition, the FOM University of Applied Sciences has been awarded the “Excellence in Digital Education” seal by FIBAA for its outstanding quality in digital teaching.
Career Prospects
- Mechanical Engineer
- Digital Manufacturing Engineer
- Robotics Engineer
- Technical Consultant
- Aerospace Engineer
Study Programme
1st semester
- Engineering Mathematics I (6 CP) Foundations and introduction to MATLAB/Octave, Sequences and series, Differential calculus, Integral calculus, Linear algebra
- Modern Materials and Operating Supplies (6 CP) Fundamentals of metallic and non-metallic construction materials, Steels, Non-ferrous metals, Plastics, Composite materials, Functional materials, Material testing, Sustainability
- Industrial IT Operating Systems and Networks (6 CP) Operating systems, Process management and memory management, File systems, Networks, Data protection and data security
- Industrial Software Development (5 CP) Programming concepts, Programming paradigms, Languages and tools, Algorithms
- Time and Self Management (5 CP) Time management, Self-optimisation methods, Learning checks
2nd semester
- Engineering Mathematics II (6 CP) Fourier series, Linear Algebra II, Derivative, Ordinary differential equations
- Technical Mechanics (6 CP) Basic concepts of statics, Equilibrium conditions, Locating the centre of mass, Bending stress, Rigid body dynamics
- Laboratory training course (6 CP) Pendulum swing, Electrical measurements, Temperature measurement, Torque, Practical introduction to control engineering
- Metrology (5 CP) Fundamentals of physics and sensor technology, Measurement chain modelling, Temperature sensors, Kinematic and dynamic measurement, Fluid measurement technology
- Scientific Working Methods (5 CP) Research design, Basic formal requirements, Research methods
- Project Management (5 CP) Stakeholder analysis, Risk management, Scheduling and resource planning, Agile project management
3rd semester
- Natural Sciences for Engineers (6 CP) Vibrations and waves, Electromagnetic waves, Elementary quantum physics, Structure of matter, Elementary chemistry
- Fundamentals of Construction & Machine Elements (6 CP) Structure of technical drawings, Construction basics, Strength, static and dynamic component verification, Clutch, gear and breaks fundamentals
- Fluid Mechanics (6 CP) Basic concepts of fluid mechanics, Hydrostatics, Hydrodynamic foundations of ideal fluids, Pipe flow, Potential flow
- Applied Engineering Mathematics (5 CP) Tensors, Autonomous Systems, Complex functions, Integral transforms, Basic terms in calculus of variations
- Digital Transformation (5 CP) Digital Business & Business Models, Trend analysis, Innovation, Pitching
- ESG-Sustainability (5 CP) History and definition of ESG and sustainability, Dimensions of sustainability, Corporate Social Responsibility, Interculturality and diversity
4th semester
- Industrial Data Engineering (6 CP) Data in Industry 4.0, Data collection and transfer, Data quality and data security, Foundations of quantitative data analysis, Correlation analysis, Statistical experiment design
- Electrical Engineering & Microsystem Technology (6 CP) Direct current technology, Fundamentals of the electromagnetic field, Introduction to semiconductor and microsystems technology
- Dynamics & Robotics (6 CP) Kinematics of mass points, Robot kinematics, Kinetics of mass points, Oscillation
- Project: Construction & Computer Aided Design (5 CP) Coordinate systems, Perspectives, Building components and assembly structure
- Product Innovation & Service Engineering (6 CP) Tasks of innovation and technology management, Innovation strategies, Creativity and problem solution strategies, Role of services in the context of digitalisation
5th semester
- Process Optimisation & Quality management (6 CP) Introduction to quality management and its transformation to Quality 4.0, Norms and rules for quality management, Establishment and planning of a QM system
- Production Processes & Production Technology (6 CP) Foundations of production theory and production systems, Role of safety, environmental protection and regulations, Foundations of processes
- Thermodynamics (6 CP) Energy, work, heat, temperature, ideal gases and pure substances, real fluids, heat conduction, convection component design
- Actuators, Drives & Power Units (5 CP) Electrical machines, Internal combustion engines, Hydraulics and pneumatics, Overarching aspects
- Smart Factory (6 CP) Introduction to digitised production, IT systems in production and their significance for the Digital Twin, Technologies and their application in smart factories
6th semester
- Digital Automation Technology (6 CP) Controls, Digital control engineering, Communication networks, Applications of industrial bus systems and networks, Cyber-physical systems
- Project: Certificate Quality Management (5 CP) Foundations of quality management and certification, Case study structure, Asynchronous group work on selected case studies
- Exposé (5 CP) Formal, methodological and content requirements in academic research and writing, Identifying research problems and developing a research question
- Bachelor’s Thesis and Colloquium/Defence (12 CP)
Admission Requirements
- University Entrance Qualification
- TestAS
- FOM entrance examination (online examination or within 8 week preparation course)
- English language level B2
Application Process
- Register your personal data and educational background in the application form.
- For the registration, you need the following documents:
- Authenticated copy of general university entrance qualification certificate and school-leaving certificate or high school diploma
- Curriculum Vitae
- Proof of sufficient English language skills (at least B2 proficiency level)
- Scan of passport
- If applicable, details of any previous university credits or academic achievements
- Please send all documents as PDFs and name the file as follows: Last name, first name_Study programme.
Tuition Fees
- Total fees: 25.830,00 euro
- Tuition fee: 25.830,00 euro
- 1st Instalment (Deposit fee): 500 euro
- 2nd Instalment: 11.771,67 euro
- 3rd Instalment: 6.779,17 euro
- 4th instalment: 6.779,16 euro
Preparation Course
Without direct recognition of your diploma, our preparation course opens the door to your full-time Bachelor’s studies at FOM. In just eight weeks, you’ll prepare for the entrance exam, improve your language skills and receive full support from the International Office.
FOM University of Applied Sciences Essen
Overview:
FOM University of Applied Sciences Essen is one of the largest, internationally recognized universities in Europe, with over 50,000 students and more than 2,000 professors and lecturers. It operates within an international network, fostering collaborations with renowned universities across the globe. FOM offers state-of-the-art degree programs in English and German, providing excellent support to international students throughout their academic journey.
Services Offered:
FOM offers a range of services to support students, including:
Internationally recognized bachelor's and master's degree programs:
These programs are available without admission restrictions.Practical teaching:
FOM emphasizes practical learning, ensuring students gain relevant skills for the job market.Career Center:
The Career Center provides support for international students in their job search, including workshops, seminars, and assistance with applications and placements.Erasmus+ program participation:
FOM participates in the Erasmus+ program, allowing students from partner universities to study at FOM study centers across Germany.Student Life and Campus Experience:
Key Reasons to Study There:
30 years of experience:
FOM boasts a strong track record of academic excellence and experience in higher education.Global network:
FOM's international network provides opportunities for collaboration and exchange with universities worldwide.Practical focus:
FOM's emphasis on practical learning ensures students are well-prepared for the job market.Accreditation:
FOM offers internationally recognized degrees, enhancing career prospects.Research:
FOM has 26 research institutes, demonstrating its commitment to research and innovation.Academic Programs:
FOM offers internationally recognized bachelor's and master's degree programs in various fields. The specific programs are not detailed in the provided context.
Other:
FOM provides comprehensive support for international students, assisting them with visa applications, accommodation, health insurance, and settling into life in Germany. The university also offers a dedicated Career Center to help students transition into the job market.