Mechanical Engineering, Bachelor of Engineering

Study Contents: What Will You Learn in Mechanical Engineering Studies at WBH?

The Bachelor's program in Mechanical Engineering at Wilhelm Büchner University of Applied Sciences provides you with comprehensive engineering scientific fundamentals as well as application-oriented specialized knowledge. The program is modular and consists of basic studies, core studies, and the practical phase, supplemented by in-depth specializations. Examinations can be taken mostly flexibly and independent of location.

• 1st Semester: Mathematics I, Fundamentals of Natural Sciences, Basics of Computer Science, Business Administration, Introduction to Engineering Practice
• 2nd Semester: Mathematics II, Fundamentals of Natural Sciences II, Introduction to Electrical Engineering, Communication and Management, Scientific Work
• 3rd Semester: Mathematics III, Materials Engineering, Technical Mechanics I, Fluid Mechanics, Technical Thermodynamics
• 4th Semester: Measurement Technology, Design Theory, Technical Mechanics II, Control Engineering with Laboratory
• 5th Semester: Control Engineering with Laboratory, Manufacturing Technology with Laboratory, Machine Elements I, Computer Aided Engineering
• 6th Semester: Machine Elements II, Specialization (Module I), Specialization (Module II), Specialization (Module III)
• 7th Semester: Specialization (Module IV), Specialization (Module V), Project Work, Bachelor Thesis and Colloquium
• 4th–6th Semester: Professional Practical Phase (BPP) - Practical phase with the possibility of recognizing professional activities

Specializations in WBH Distance Learning: Choose Your Field of Expertise

In Mechanical Engineering studies at Wilhelm Büchner University, you have the opportunity to specialize in one of twelve specializations starting from the sixth semester. Each specialization includes five modules, allowing you to set specific technical focuses and sharpen your professional profile.

• General Mechanical Engineering: Power and Working Machines, Product Development with Laboratory, Application of the Finite Element Method, Elective Module I, Elective Module II
• Development and Construction: Design Theory and Machine Elements III, Digital Manufacturing, Introduction to the Finite Element Method, Application of the Finite Element Method, Product Development with Laboratory
• Production Engineering: Production and Logistics, Digital Manufacturing, Machine Tools with Laboratory, Fundamentals of Additive Manufacturing, Elective Module I
• Power and Working Machines: Renewable Energy Technology, Electrical Machines, Fluid Machinery, Internal Combustion Engines, Elective Module I
• Rail Vehicle Technology: Rail Vehicle Technology, Railway Drives, Rail Vehicle Development and Production, Rail Vehicle Maintenance, Non-Destructive Testing of Rail Vehicles with Laboratory
• Signaling and Safety Technology: Process Design in Railway Operations with Laboratory, LST Components, LST Systems, Safety Management, Planning of LST Facilities
• Digital Production: Automation Technology, Digital Basic Technologies, Digital Production, Elective Module I, Elective Module II
• Product Management: Product Development, Basics of Product and Process Management, Product and Life-Cycle Management, Elective Module I, Elective Module II
• Patent Engineering: Management of Innovation Ideas, Technology Management, Patent Strategies and Law, Elective Module I, Elective Module II
• Sales Engineering: Marketing and Technical Sales, Sales Management of Investment Goods, Business Model Management, Elective Module I, Elective Module II
• Industrial Design: Drawing Techniques, Fundamentals of Product Design, Software for Industrial Design, Project: Consumer Goods, Elective Module I
• Sustainable Design: Drawing Techniques, Fundamentals of Sustainability, Software for Industrial Design, Project: Sustainability, Elective Module I

Elective Modules in Mechanical Engineering Distance Learning at WBH

Within the Bachelor's program in Mechanical Engineering, you can choose up to two elective modules to adapt your studies to your interests or professional goals. The modules are thematically divided into six clusters, allowing for a flexible combination of various engineering, technological, and design areas.

• Topic Area I - Mechanical Engineering: Design Theory and Machine Elements III, Internal Combustion Engines, Non-Destructive Testing of Rail Vehicles with Laboratory, Manufacturing Metrology
• Topic Area II - Technologies: Assistance Systems and Robotics, Fundamentals of Additive Manufacturing, Factory Automation 4.0, Process Automation 4.0, Industrial Robotics with Laboratory, Flight Navigation and Guidance, Railway Mechanics
• Topic Area III - Sustainability & Energy: Energy from Biomass, Energy Storage Technology, Renewable Energy Technology, Technology Impact Assessment, Hydrogen Technologies, Circular Economy, Energy and Environment, Energy Efficiency and Sustainability, Fundamentals of Sustainable Transformation and Digitalization
• Topic Area IV - Business & Management: Product and Life-Cycle Management, Basics of Innovation and Technology Management, Intercultural Communication
• Topic Area V - IT & Industry 4.0: Digital Basic Technology, Design of Digital Transformation, Introduction to IT Security, Big Data, Database Systems, Smart Factory, Introduction and Applications of Artificial Intelligence
• Topic Area VI - Design: Creativity Methods, UI/UX Design

Study Model & Flexibility of Distance Learning at WBH

The Bachelor's program in Mechanical Engineering at Wilhelm Büchner University is entirely designed as a distance learning program. It is particularly aimed at people who want to flexibly combine their studies, work, and personal life. The combination of a time-independent study structure, digital learning media, and personal support creates optimal conditions for your study success.

Study Form, Start, and Duration

The program is 100% online-based and does not require any presence on campus. This eliminates the need to adhere to fixed learning locations or times. You can start at any time - 365 days a year. You are not bound by traditional semester times and can plan your studies flexibly. The standard duration of studies is 42 months. Depending on the chosen pricing model, a free extension of up to 21 or even 34 months is possible.

Modular Structure and Examinations

The program follows a modular structure. You complete the individual modules according to your personal schedule and based on your prior knowledge. The forms of examination are diverse: essays, exams, and oral exams can often be taken online or independent of location. This allows content and examination organization to adapt optimally to your everyday life.

Digital Learning Environment and Support

The WBH Online Campus is the central platform of your studies. Here you will find all learning materials, submit your exam performances, and communicate with teachers and study advisors. The personal support by distance learning teachers is continuous.

In addition, the AI learning assistant KILEA accompanies you individually through your studies. She answers technical questions, explains complex interrelationships, and refers directly to suitable sources - around the clock.

The study materials are available for digital download, and if desired, you can also receive them as printed materials free of charge by mail.

Career Perspectives: Career with Mechanical Engineering

With a Bachelor's degree in Mechanical Engineering from Wilhelm Büchner University, you will have diverse professional opportunities in both traditional and future-oriented engineering disciplines. The broad education combines technical expertise with practical project work and solid management knowledge - a combination in demand in industry, technology, and business.

As a mechanical engineer, you can work in areas such as construction, product development, manufacturing technology, automation, or technical project management. Depending on your chosen specialization, tasks in digital production, technical sales, or patent and product management are also possible. Through the integration of business content, project management, and communication, the program also prepares you for leadership positions.

Typical employers can be found in mechanical and plant engineering, the automotive industry, electrical engineering and mechatronics, engineering offices, research institutions, testing organizations, or authorities. The increasing digitalization and networking of technical systems increase the need for professionals with interdisciplinary expertise.

For those looking to further qualify after obtaining the Bachelor's degree, a Master's program can be pursued - in fields such as Mechanical Engineering, Mechatronics, Industrial Engineering, or Innovation Management.

Tuition Fees: Cost of Mechanical Engineering Studies at WBH

For the Bachelor's program in Mechanical Engineering at Wilhelm Büchner University, three pricing models are available, differing in monthly tuition fees and duration of payment. You can choose the model that best suits your financial and time constraints.

In the Sprint Model, the monthly tuition fee is 404€. Payment is made over 42 months, which exactly corresponds to the standard study duration. The total fee is 17,217€. This model is particularly suitable for those who want to complete their studies at a rapid pace and keep the total costs low.

The Standard Model offers a slightly longer payment period with a moderate monthly rate. Here, you pay 349€ per month over a period of 52 months. This results in a total fee of 18,397€.

The Comfort Model is designed for the lowest possible monthly burden. The tuition fee is 294€ per month and is paid over 76 months. The total fee sums up to 22,593€ in this model. At the same time, it allows for a free extension of the study duration by up to 34 months - ideal for students with limited time and/or budget.

Regardless of the chosen model, Wilhelm Büchner University guarantees stable fees throughout the entire study period. There are no additional costs for learning materials or examinations. Additionally, you benefit from a four-week free trial study period and the option to extend the study duration for free by up to 21 months.