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Master: Mechanical Engineering Profile : Design & Construction

Master: Mechanical Engineering Profile : Design & Construction of machinery, installations, products, vehicles and processes Information meeting: 7 February 2007 Prof.dr.ir. D.J. Schipper. Design & Construction. You like to (1) : · Realize solutions for technical problems.

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Master: Mechanical Engineering Profile : Design & Construction

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  1. Master: Mechanical Engineering Profile: Design & Construction of machinery, installations, products, vehicles and processes Information meeting: 7 February 2007 Prof.dr.ir. D.J. Schipper

  2. Design & Construction You like to (1): · Realize solutions for technical problems. · Apply, understand and extend state of the art design and analysis tools. · Find out, and understand, how a product is/can be manufactured.

  3. Design & Construction You like to (2): · Convert abstract ideas (theories) in workable solutions. · Communicate your findings to the outside world. · Be an integrator in a multi-disciplinary team. CREATIVE-DRIVEN

  4. Design & Construction You are going to: · Analyze and understand technical problems. · Model and analyze. · Find out and realize a solution. · Optimize a solution. · Integrate solution methods from different disciplines. TRAINING IN SOLVING TECHNICAL PROBLEMS IN MECHANICAL ENGINEERING CONTEXT

  5. Design & Construction You can specialise in: Thermal Engineering Prof. Th. van der Meer (ThW) Engineering Fluid Dynamics Prof. H. Hoeijmakers (TS) Surface Technology & tribology Prof. D.J. Schipper (OPM/OTR) Design Technology & Virtual reality Prof. F. van Houten (OPM/OT) Production Management Prof. F. van Houten / ir. R. Mantel Production Technology Prof. R. Akkerman (OPM/PT) Solid Mechanics & Forming Techn. Prof. J. Huetink (TM) Dynamics & Acoustics Prof. A. de Boer (TM) Biomechanical Engineering Dr. B. Koopman, Prof. G. Verkerke (BM) Mechanical Automation Prof. B. Jonker, Prof. J. Meijer (WA) Elastomer Technology & Engineering Prof. J. Noordermeer (ETE)

  6. Design & Construction Curriculum: • Year 1: Courses (60 EC in total) I Competence-specific (20 EC) II Course from other competence ( 5 EC) III Group-specific courses (35 EC) • Year 2: - Traineeship (15 or 20 EC) - Extra Course (5 or 0 EC) - MSc research assignment (40 EC)

  7. Design & Construction I: Competence-Specific Courses (4 of 6 is 18 a 20 EC):

  8. Design & Construction III: Group-Specific Courses (35 EC): - Discipline-oriented advanced courses. - Applied mathematics. - Interdisciplinary courses, e.g. Mechatronics. - Specific design methods, e.g. Designing in composites. - Etc. Total: 60 EC II: One course of other Competence (5 EC):

  9. Design & Construction Second year: - Traineeship* (15 or 20 EC) - Extra Course& (5 or 0 EC) - MSc research assignment# (40 EC) Total: 60 EC *: The Netherlands or Foreign &: Extra input for specialization #: Connected to current research group or company

  10. Design & Construction Design & Construction Courses Research & Development Management

  11. Design & Construction Mechanical Engineer profile Design & Construction

  12. Design & Construction High Tech Systems Nano few nm

  13. Design & Construction High Tech Systems Meso

  14. Reduce mass … by application of composites? Design & Construction Composite Supporting frame Front wheel suspension Golf 3

  15. Design & Construction Composite Supporting frame Generation & evaluation of concepts w.r.t. kinematics, reparability, safety, possibility to manufacture, etc.

  16. Design & Construction Microsoft X-Box

  17. Design & Construction Microsoft X-Box • Production: • 7.000 collaborators • 175.000 X-Boxen/week • 22,5 hour per day; 7 days a week • 800 parts per X-Box • 2.000 kilometer cable per week • Every 3.24 seconds a X-Box is produced.

  18. Design & Construction Microsoft X-Box

  19. Design & Construction Microsoft X-Box: production hall

  20. Design & Construction Voorbeeld: Microsoft X-Box 8 months later …

  21. Design & Construction Hybrid Isolation accomodation engine screw propellor hybrid mounts sensor signal actuator signaal reference signal sensor signal controller

  22. Design & Construction Hybrid Isolation

  23. Design & Construction Hybrid Isolation

  24. Design of an intramedullary leg lengthening device Design and testing of an ankle-foot mechanism Design of a brace for scoliosis correction Design & Development Biomechanical Engineeringapplications in orthopedics and rehabilitation

  25. Design & Construction High Tech Systems Macro

  26. Design & Construction Leg basis voor de toekomst! Succes met de keuze!

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