Maschinenbau praxisintegriert

Tracks and specialisations

• Konstruktion und Entwicklung
• Produktion
• Pflegeassistenzsysteme
• Energie- und Umwelttechnik

Semester plan

1. Semester 125 ECTS requiredFertigungsverfahren · Informatik · Mathematik 1 · Mechanische Grundlagen · Werkstofftechnik 1

   • FertigungsverfahrenSummary by OWWZ: Casting, forming and subtractive manufacturing processes are compared through their physical principles and applications in production.winter semester onlyExam (in German): Klausur 120 Min.5 ECTS
   • InformatikSummary by OWWZ: Number systems, Boolean logic and algorithm design establish foundations for programming and safe use of computer networks.winter semester onlyExam (in German): Klausur 60 Min.5 ECTS
   • Mathematik 1Summary by OWWZ: Calculus and linear algebra provide methods for engineering problems, covering functions, limits, integration, matrices and linear systems.winter semester onlyExam (in German): Klausur 120 Min.5 ECTS
   • Mechanische GrundlagenSummary by OWWZ: Forces, moments and equilibrium are used to calculate centres of gravity, internal beam forces and cable systems through engineering exercises.winter semester onlyExam (in German): Klausur 120 Min.5 ECTS
   • Werkstofftechnik 1Summary by OWWZ: Atomic structure, metallic bonding and phase diagrams explain the properties, production and behaviour of engineering metals and alloys.winter semester onlyExam (in German): Klausur 120 Min.5 ECTS
2. Semester 230 ECTS requiredElastostatik · Elektrotechnik · Grundlagen Produktdesign · Mathematik 2 · Naturwissenschaftliche Grundlagen · Werkstofftechnik 2

   • ElastostatikSummary by OWWZ: Stress, strain and material laws are applied to multiaxial loading, bending and torsion to calculate elastic component deformation.summer semester onlyExam (in German): Klausur 120 Min.5 ECTS
   • ElektrotechnikSummary by OWWZ: DC and AC circuits, electric and magnetic fields and three-phase systems are analysed mathematically and through laboratory work.summer semester onlyExam (in German): Klausur 120 Min.5 ECTS
   • Grundlagen ProduktdesignSummary by OWWZ: Technical drawing and CAD are combined with basic strength and component calculations to represent and size engineering parts correctly.summer semester onlyExam (in German): Klausur 120 Min.5 ECTS
   • Mathematik 2Summary by OWWZ: Multivariable calculus, complex numbers and differential equations extend the mathematical tools for spatial and time-dependent engineering problems.summer semester onlyExam (in German): Klausur 120 Min.5 ECTS
   • Naturwissenschaftliche GrundlagenSummary by OWWZ: Physical and chemical foundations explain energy, waves, optics, atomic structure and reactions, with laboratory experiments linking them to engineering applications.summer semester onlyExam (in German): Klausur 120 Min.5 ECTS
   • Werkstofftechnik 2Summary by OWWZ: Material properties, damage mechanisms and testing methods support the selection of metals, polymers and composites for engineering applications.summer semester onlyExam (in German): Klausur 120 Min.5 ECTS
3. Semester 330 ECTS requiredDynamik - Kinematik und Kinetik · Maschinenelemente · Nachhaltigkeit und Schlüsselkompetenzen · Praxis-Projekt 1 · Strömungsmechanik · Thermodynamik und Wärmeübertragung

   • Dynamik - Kinematik und KinetikSummary by OWWZ: Particle and rigid-body kinematics and kinetics explain motion, energy and momentum balances and mechanical oscillations.winter semester onlyExam (in German): Klausur 120 Min.5 ECTS
   • MaschinenelementeSummary by OWWZ: Strength calculations and design of shafts, joints and gears are combined with CAD modelling of parts and assemblies.Semesters 3–4Exam (in German): Prüfung auf Modulebene10 ECTS
   • Nachhaltigkeit und SchlüsselkompetenzenSummary by OWWZ: Sustainability models, planetary boundaries and societal action are combined with research, self-organisation, teamwork and academic writing.winter semester only5 ECTS
   • Praxis-Projekt 1Summary by OWWZ: Company-based engineering tasks of increasing complexity are independently planned, completed, documented and presented, with systematic reflection on progress and methods.winter semester onlyExam (in German): Hausarbeit mit Präsentation5 ECTS
   • StrömungsmechanikSummary by OWWZ: Conservation laws, fluid properties and similarity principles support flow calculations, complemented by simulation and measurement methods.winter semester onlyExam (in German): Klausur 120 Min.5 ECTS
   • Thermodynamik und WärmeübertragungSummary by OWWZ: Thermodynamic laws, fluid properties and cycles are applied to engineering systems alongside heat transfer and humid-air processes.winter semester onlyExam (in German): Klausur 120 Min.5 ECTS
4. Semester 430 ECTS required · 1 elective catalogueBetriebsorganisation · Entwicklung von nachhaltigen Produkten und Prozessen · Praxis-Projekt 2 · Prozessdatenerfassung und -verarbeitung · Regelungstechnik · Required elective from ProfilmoduleContinues: Maschinenelemente

   • BetriebsorganisationSummary by OWWZ: Industrial organisation, business processes and information flows are linked to cost accounting, investment appraisal and management indicators.summer semester onlyExam (in German): Klausur 120 Min.5 ECTS
   • Entwicklung von nachhaltigen Produkten und ProzessenSummary by OWWZ: Sustainable process development combines circular material flows, resource recovery and energy integration with comprehensive design of industrial products and processes.summer semester onlyExam (in German): Mündliche Prüfung 20–40 Min.5 ECTS
   • Praxis-Projekt 2Summary by OWWZ: Company-based engineering tasks of increasing complexity are independently planned, completed, documented and presented, with systematic reflection on progress and methods.summer semester onlyExam (in German): Hausarbeit mit Präsentation5 ECTS
   • Prozessdatenerfassung und -verarbeitungSummary by OWWZ: Sensors and process signals are acquired and processed; PLC programming, industrial buses and control architectures connect measurement and automation.summer semester onlyExam (in German): Klausur 120 Min.5 ECTS
   • RegelungstechnikSummary by OWWZ: Control loops are modelled, identified and designed using transfer functions, frequency responses and stability criteria, supported by simulation and practical tasks.summer semester onlyExam (in German): Klausur 120 Min.5 ECTS

   Required elective from Profilmodule52 modules · choose 30 ECTS

   • Additive FertigungsverfahrenSummary by OWWZ: Additive processes are compared across the full production chain, from design and data preparation to printing technologies, post-processing and industrial applications.Semesters 4–6 · summer semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
   • Alternativ angetriebene FahrzeugeSummary by OWWZ: Interdisciplinary teams develop and build alternatively powered vehicles, combining individual technical tasks with project planning and collaborative implementation.Semesters 4–6 · summer semester onlyExam (in German): Portfolioprüfung5 ECTSRequired elective
   • AnwendungsprogrammierungSummary by OWWZ: Applications with graphical interfaces access SQL databases, implementing connection management, data manipulation and event-driven processing.Semesters 4–6 · summer semester onlyExam (in German): Klausur 60 Min.5 ECTSRequired elective
   • Assistive TechnologienSummary by OWWZ: Assistive devices are developed around function, ergonomics and accessibility, examining standards, user needs and digital technologies through examples such as exoskeletons.Semesters 4–6 · winter semester onlyExam (in German): Klausur 120 Min.5 ECTSRequired elective
   • Autonomous Mobile RobotsSemesters 4–6 · winter semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
   • BatterietechnikSemesters 4–6 · summer semester onlyExam (in German): Klausur 120 Min.5 ECTSRequired elective
   • Betriebliche InformationssystemeSummary by OWWZ: Industrial information systems support product lifecycles and order processing; PLM, ERP and inter-company systems are explored through practical tasks.Semesters 4–6 · summer semester onlyExam (in German): Klausur 120 Min.5 ECTSRequired elective
   • BioenergieSummary by OWWZ: Biomass resources and thermochemical, biochemical and physicochemical conversion are evaluated for producing heat, electricity and biofuels.Semesters 4–6 · winter semester onlyExam (in German): Mündliche Prüfung (20-40 Min.)5 ECTSRequired elective
   • CADSummary by OWWZ: Complex parts and assemblies are modelled in 3D, translated into drawings and implemented in a collaborative CAD design project.Semesters 4–6 · summer semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
   • Computergestützte MesswerterfassungSemesters 4–6 · winter semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
   • Cyber Physical SystemsSummary by OWWZ: Networked embedded systems connect sensing, computational models and actuators; design, real-time behaviour and self-organisation are explored through cyber-physical applications.Semesters 4–6 · winter semester onlyExam (in German): Klausur 120 Min.5 ECTSRequired elective
   • Data Science in ProductionSummary by OWWZ: Production data are prepared, statistically analysed and used for machine-learning predictions, alongside visualisation, privacy and reliability considerations.Semesters 4–6 · winter semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
   • Digitale Therapie- und VersorgungsanwendungenSummary by OWWZ: Digital care and therapy applications are examined for benefits, user acceptance, privacy and legal requirements, with critical evaluation of AI-based support.Semesters 4–6 · winter semester onlyExam (in German): Mündliche Prüfung (20-40 Min.)5 ECTSRequired elective
   • Energieerzeugung und -versorgungSemesters 4–6 · summer semester onlyExam (in German): Portfolioprüfung5 ECTSRequired elective
   • Energiespeicher und EnergiemanagementSemesters 4–6 · winter semester onlyExam (in German): Hausarbeit mit Präsentation5 ECTSRequired elective
   • EnergietechnikSummary by OWWZ: Conventional and renewable energy conversion are compared technically and environmentally, complemented by storage, sector coupling and demand management.Semesters 4–6 · summer semester onlyExam (in German): Hausarbeit mit Präsentation5 ECTSRequired elective
   • Energieversorgung und Erneuerbare EnergienSemesters 4–6 · winter semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
   • Fabrikplanung und FabriksimulationSummary by OWWZ: Factory layouts and production flows are developed in a business simulation and analysed with simulation software to evaluate planning decisions.Semesters 4–6 · summer semester onlyExam (in German): Portfolioprüfung5 ECTSRequired elective
   • FertigungsplanungSummary by OWWZ: Work processes are timed and designed using REFA and MTM, focusing on systematic planning and improvement of industrial work systems.Semesters 4–6 · winter semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
   • Finite Elemente Methoden, FEMSummary by OWWZ: Finite-element models are constructed, solved and evaluated, addressing linear and nonlinear material behaviour and critical interpretation of simulation results.Semesters 4–6 · summer semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
   • Grundlagen der ElektromobilitätSemesters 4–6 · summer semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
   • Immissionsschutz - Lärmschutz und LuftschadstoffeSemesters 4–6 · summer semester onlyExam (in German): Hausarbeit mit mündlicher Prüfung5 ECTSRequired elective
   • Industrielle BildverarbeitungSummary by OWWZ: Optics, lighting and digital image acquisition underpin industrial machine vision, including image analysis and integration into engineering processes.Semesters 4–6 · winter semester onlyExam (in German): Klausur 120 Min.5 ECTSRequired elective
   • Industrielle UmwelttechnikSemesters 4–6 · winter semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
   • KonstruktionstechnikSummary by OWWZ: Systematic design progresses from requirements and solution evaluation to component design, using drive trains and different gear mechanisms as engineering examples.Semesters 4–6 · winter semester onlyExam (in German): Klausur 120 Min.5 ECTSRequired elective
   • Kreislaufwirtschaft und RecyclingSemesters 4–6 · summer semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
   • LebenszyklusanalyseSemesters 4–6 · winter semester onlyExam (in German): Klausur 120 Min.5 ECTSRequired elective
   • MaschinendynamikSummary by OWWZ: Dynamic machine models explain mass balancing and vibrations, with multi-degree-of-freedom systems analysed mathematically.Semesters 4–6 · winter semester onlyExam (in German): Klausur 120 Min.5 ECTSRequired elective
   • Mathematical Methods in Engineering PracticeSummary by OWWZ: Numerical methods solve equations, eigenvalue and boundary-value problems from mechanics and heat conduction through computer-based engineering applications.Semesters 4–6 · summer semester onlyExam (in German): Hausarbeit mit Präsentation5 ECTSRequired elective
   • Medizinprodukte und -technologienSummary by OWWZ: Medical devices are examined through development, testing and clinical evaluation, with quality management, risk management and conformity assessment addressing regulatory requirements.Semesters 4–6 · summer semester onlyExam (in German): Mündliche Prüfung (20-40 Min.)10 ECTSRequired elective
   • Umwelttechnik - Nachhaltigkeit, Ressourcen und SchadstoffeSemesters 4–6 · summer semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
   • OberflächentechnikSummary by OWWZ: Coating and surface-treatment processes are selected and compared to improve corrosion resistance, wear behaviour and component functionality.Semesters 4–6 · summer semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
   • Operational ExcellenceSummary by OWWZ: The Shingo model links continuous improvement with organisational culture and strategy, supported by business simulations, change management and coaching.Semesters 4–6 · winter semester onlyExam (in German): Mündliche Prüfung (20-40 Min.)5 ECTSRequired elective
   • Power-to-XSemesters 4–6 · winter semester onlyExam (in German): Hausarbeit mit Präsentation5 ECTSRequired elective
   • PraxisauslandssemesterSummary by OWWZ: A twenty-week international internship applies academic knowledge to engineering tasks while developing intercultural collaboration and professional communication.Semesters 4–6Exam (in German): wöchentliche Berichte20 ECTSRequired elective
   • Praxisauslandssemester: DokumentationSummary by OWWZ: International internship experiences are reflected on, documented and presented to communicate professional learning and intercultural development.Semesters 4–6Exam (in German): Hausarbeit mit Präsentation10 ECTSRequired elective
   • Process Control EngineeringSemesters 4–6 · summer semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
   • Programmiersprachen 3Semesters 4–6 · summer semester onlyExam (in German): Open-Book-Klausur 120 Min.5 ECTSRequired elective
   • QualitätsmanagementSummary by OWWZ: Quality management combines standards and quality planning with measurement, failure analysis and statistical process control to improve industrial products and processes.Semesters 4–6 · summer semester onlyExam (in German): Klausur 90 Min.6 ECTSRequired elective
   • RobotikSummary by OWWZ: Industrial robots are programmed and integrated into production systems, combining kinematics, path planning, sensing and practical programming tasks.Semesters 4–6 · summer semester onlyExam (in German): Klausur 120 Min.5 ECTSRequired elective
   • Schweiß- und FügetechnikSummary by OWWZ: Welding, brazing and mechanical joining are compared through operating principles, applications and methods for inspecting joints.Semesters 4–6 · summer semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
   • SicherheitstechnikSummary by OWWZ: Safe machine design combines risk assessment, protective measures and functional safety with reliability calculations, conformity assessment and occupational safety requirements.Semesters 4–6 · winter semester onlyExam (in German): Klausur 120 Min.5 ECTSRequired elective
   • SimulationstechnikSummary by OWWZ: Engineering systems are modelled, identified and simulated, using numerical integration, differential equations and optimisation to investigate system behaviour.Semesters 4–6 · winter semester onlyExam (in German): Klausur 120 Min.5 ECTSRequired elective
   • Six Sigma Optimierung von ProzessenSummary by OWWZ: The DMAIC cycle structures process improvement through measurement-system analysis, capability assessment, failure analysis, experimental design and process monitoring.Semesters 4–6 · summer semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
   • StrömungsmaschinenSummary by OWWZ: Pumps and turbines are designed using similarity laws and performance curves, with laboratory experiments examining operating behaviour and cavitation.Semesters 4–6 · summer semester onlyExam (in German): Klausur 120 Min.5 ECTSRequired elective
   • Strukturierte ProgrammierungSummary by OWWZ: Java fundamentals are combined with control structures, arrays, strings, methods and exception handling to develop structured programs.Semesters 4–6 · summer semester onlyExam (in German): Klausur 60 Min.5 ECTSRequired elective
   • Sustainable, integrated vehicle-, charging- and storage systemsSemesters 4–6 · summer semester onlyExam (in German): Hausarbeit mit Präsentation5 ECTSRequired elective
   • Technik der Mensch-Maschine-InteraktionSummary by OWWZ: Humanoid robot systems combine face recognition, speech processing and dialogue design in practical human-machine interaction applications.Semesters 4–6 · summer semester onlyExam (in German): Mündliche Prüfung (20-40 Min.)5 ECTSRequired elective
   • UmweltverfahrenstechnikSummary by OWWZ: Material systems and transport processes are balanced, selecting and evaluating thermal, mechanical and chemical unit operations for sustainable industrial processes.Semesters 4–6 · summer semester onlyExam (in German): Klausur 120 Min.5 ECTSRequired elective
   • Unmanned Aerial VehicleSemesters 4–6 · summer semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
   • VHDLSemesters 4–6 · winter semester onlyExam (in German): Open-Book-Klausur 120 Min.5 ECTSRequired elective
   • Virtuelle ProduktentwicklungSummary by OWWZ: CAD models are linked with systematic product development and systems engineering, integrating virtual reality, manufacturing and digital twins into digital process chains.Semesters 4–6 · winter semester onlyExam (in German): Klausur 90 Min.5 ECTSRequired elective
5. Semester 515 ECTS requiredAntriebsmaschinen · Praxis-Projekt 3 · Technisches Englisch

   • AntriebsmaschinenSummary by OWWZ: Combustion and electric motors are studied through their design, energy conversion, operating characteristics and emissions as drive systems.winter semester onlyExam (in German): Klausur 120 Min.5 ECTS
   • Praxis-Projekt 3Summary by OWWZ: Company-based engineering tasks of increasing complexity are independently planned, completed, documented and presented, with systematic reflection on progress and methods.winter semester onlyExam (in German): Hausarbeit mit Präsentation5 ECTS
   • Technisches EnglischSummary by OWWZ: Technical and professional communication in English is practised through writing, presentations, grammar and work-related situations.winter semester onlyExam (in German): Klausur 120 Min.5 ECTS
6. Semester 615 ECTS requiredPraxis-Projekt 4 · Produktionslogistik und Wertschöpfungsmanagement · Werkzeugmaschinen und Fertigungssysteme

   • Praxis-Projekt 4Summary by OWWZ: Company-based engineering tasks of increasing complexity are independently planned, completed, documented and presented, with systematic reflection on progress and methods.summer semester onlyExam (in German): Hausarbeit mit Präsentation5 ECTS
   • Produktionslogistik und WertschöpfungsmanagementSummary by OWWZ: Production logistics and lean manufacturing systems are examined through organisational models, material-flow control and internal value-creation processes.summer semester onlyExam (in German): Klausur 90 Min.5 ECTS
   • Werkzeugmaschinen und FertigungssystemeSummary by OWWZ: Machine-tool structures, drives and controls are connected with tribology and production metrology to assess suitable manufacturing systems.summer semester onlyExam (in German): Klausur 90 Min.5 ECTS
7. Semester 730 ECTS requiredBachelorarbeit · Kolloquium · Praxisphase

   • BachelorarbeitSummary by OWWZ: An independent engineering assignment combines practical experience, academic investigation and presentation and discussion of the results.Thesis · winter semester onlyExam (in German): Schriftlicher Bericht12 ECTS
   • KolloquiumSummary by OWWZ: An independent engineering assignment combines practical experience, academic investigation and presentation and discussion of the results.Thesis · winter semester only3 ECTS
   • PraxisphaseSummary by OWWZ: An independent engineering assignment combines practical experience, academic investigation and presentation and discussion of the results.winter semester onlyExam (in German): Schriftlicher Bericht15 ECTS

Topic profile · Track Energie- und Umwelttechnik

ECTS by topic from the curriculum’s modules; together at most the programme’s ECTS.RequiredElective

• Engineering mechanics10 ECTS: 10 required10 ECTS
• Manufacturing technology7 ECTS: 7 required7 ECTS
• Materials engineering7 ECTS: 7 required7 ECTS
• Engineering design6 ECTS: 5 required, 1 elective6 ECTS
• CAD and computer-aided design5 ECTS: 5 required5 ECTS
• Foreign languages (practice)5 ECTS: 5 required5 ECTS
• Machine elements and power transmission5 ECTS: 5 required5 ECTS
• Measurement engineering5 ECTS: 5 required5 ECTS

Curriculum sources

• Modulprüfungen Pflichtmodule – Maschinenbau (B.Eng.) Vollzeit & praxisintegriert – PO 2026Document · checked 18 October 2026
• Modulprüfungen praxisintegriert – Maschinenbau (B.Eng.) Vollzeit & praxisintegriert – PO 2026Document · Version PO 2026 · checked 18 October 2026
• Modulprüfungen Profilmodule – Maschinenbau (B.Eng.) Vollzeit & praxisintegriert – PO 2026Document · Version PO 2026 · checked 18 October 2026