MECHANICS OFSOLIDS, SURFACES & SYSTEMSMASTER TRACK & SPECIALIZATIONINFORMATION DAY 28-02-2019

PROGRAM13:45 – 14:45 Introduction to MS3 by prof. dr. ir. Dik Schipper Education within MS3 by dr. ir. Jurnan Schilder Internship & Assignment by Astrid Pouwels & Robert Kievitsbosch

14:45 – 16:00 Lab visits

16:00 - … Invidiual lab visits + personal questions

CHAIR VS. DEPARTMENT

Faculty

Chair 1 Chair i Chair n = many

Carries out research and gives BSc and

MSc courses

CHAIR VS. DEPARTMENT

Faculty

Depatment1 Department i Department 5

Carries out research and give

BSc and MSc courses

Chair 1 Chair i Chair 12

CHAIRS IN MS3

Applied Laser Technology: Prof. dr. ir. Römer Precision Engineering: Prof. dr. ir. Brouwer PDEng Elastomer Technology & Engineering: Prof. dr. A. Blume Nonlinear Solid Mechanics: Prof. dr. ir. A.H. van den Boogaard Production Technology: Prof. dr. ir. R. Akkerman Mechanics of Polymeric Materials: Prof. dr. ir. L.E. Govaert Dynamics Based Maintenance: Prof. dr. ir. T. Tinga Tribology Based Maintenance: Prof. dr. ir. P.M. Lugt Structural Dynamics, Acoustics & Control: Prof. dr. ir. A. de Boer Surface Technology and Tribology: Prof. dr. ir. D.J. Schipper Skin Tribology: Prof. dr. ir. E. van der Heide

MS3

Manufacturing the Future

MS3 develops the technology for future manufacturing processes and new products by a science based engineering approach focused on

material- and system behaviour and robust optimization.

MS3

DEPARTMENT THEMES

Intelligent Manufacturing Advanced Composites Predictive Maintenance Precision Robotics

MS3

Education

Our students are trained to solve industry’s problems of today and tomorrow and our research is directed to develop the technology needed to be

successful in the long run.

MS3

At the department Mechanics of Solids, Surfaces & Systems at first you choose for a broad spectrum of specialisations.

After about half a year (when you have more experience and insight) you choose for one specialisation.

CHOICE SEEMS DIFFICULT, IT IS NOT!

JobHigh/Secondary school

N&G, N&T Study

Diploma: MechanicalEngineer! (MSc)

MasterBachelor |

Choice whichspecialisation

MECHANICS OFSOLIDS, SURFACES & SYSTEMSdr. ir. Jurnan SchilderPortfolio holder Education MS3

CONTENT

Master program ME

Profile courses Department courses Elective course

Second year Why MS3

MASTER PROGRAM ME

Master is two year Year 1: Courses (60EC) Year 2: Internship & MSc assignment (60EC)

MASTER PROGRAM ME

3 Competence profiles: Research & Development Design & Construction Organization & Management

MASTER PROGRAM ME

At the end of the master program, the student has to prove that he/she can expand the borders of the ME field.

This is only possible in a specific area of the field of ME.

Therefore the student has to choose a specialization.

MASTER PROGRAM MESpecializations R&D D&C O&MMechanics of Solids, Surfaces & Systems (MS3)

Applied Mechanics (DBM, NSM, PE, SDAC)Elastomere Technology (ETE)Production Technology (MPM, PT)Surface Techn. & Tribology (ALT, ST, STT, TBM)

Maintenance

Maintenance

Design, Production & Management (DPM)Design Engineering (DE)Production Management (PM)

Thermal and Fluids Engineering (T&FE)Engineering Fluid MechanicsMulti Scale MechanicsThermal Engineering

Biomechanical Engineering (BE)

Maintenance Engineering & Operations (MEO)

MASTER PROGRAM MS3

Thesis

40 EC

Intern-ship

20 EC

Profile courses25 EC

Department courses20 EC

Elective courses15 EC

Year 1 Year 2

PROFILE COURSES (25EC) – R&D

Fluid Mechanics Transport Phenomena Linear Solid Mechanics System Identification & Parameter Estimation Solids & Surfaces Numerical Methods in Mechanical Engineering

PROFILE COURSES (25EC) – D&C

Design of Biomedical Products Product Design Process Equipment Design Design, Production & Materials Design Principles of Precision Mechanisms Numerical Methods in Mechanical Engineering

PROFILE COURSES (25EC) – O&M

Maintenance Engineering & Management Manufacturing Facility Design Design of Production and Inventory Systems Engineering Project Management

DEPARTMENT COURSES (20EC: 4/6)

Computational Structural Optimization Flexible Multibody Dynamics Control for Mechanical Engineering Nonlinear Solid Mechanics Plastic and Elastomer Engineering Experimental Methods

RESEARCH GROUPS FOR ASSIGNMENT

Applied Laser Technology Precision Engineering Elastomer Technology & Engineering Nonlinear Solid Mechanics Production Technology (Composites & Smart Fibers) Mechanics of Polymeric Materials Dynamics Based Maintenance Tribology Based Maintenance Structural Dynamics, Acoustics & Control Surface Technology and Tribology Skin Tribology

ELECTIVE COURSES (15EC)

Elastomeric Technology Composites Rheology & Processing of

Thermoplastics

Engineering Acoustics Signal Processing for

Acoustics & Vibrations

Composites Forming Moulding Technology Laser Material Processing Tribology Surface Technology

Failure Mechanisms & Life Prediction

Structural Health & Condition Monitoring

Other Profile or Department courses

OBLIGATORY COURSES (15EC) – O&M

Failure Mechanisms & Life Prediction Structural Health & Condition Monitoring Reliability Engineering & Maintenance Management

EXAMPLE COURSE LIST – R&D Part Course EC

Compulsory profilecourses

System Identification & Parameter Estimation Linear Solid MechanicsNumerical Methods in Mechanical EngineeringFluid Dynamics

5555

Profile elective course Design Principles for Precision Mechanisms 5

Compulsory department related courses

Computational structural optimization Flexible Multibody DynamicsExperimental Methods Nonlinear Solid Mechanics

5555

Elective subjects Laser Materials Processing Motion and Vibration ControlEngineering Acoustics

555

Internship Internship 20MSc Assignment MSc Assignment 40

EXAMPLE COURSE LIST – D&C Part Course EC

Compulsory profilecourses

Design Principles for Precision MechanicsDesign, Production and MaterialsNumerical Methods in Mechanical EngineeringProcess Equipment Design

5555

Profile elective course System Identification & Parameter Estimation 5Compulsory department related courses

Computational Structural Optimization Control for Mechanical EngineeringNonlinear Solid MechanicsPlastic & Elastomer Engineering

5555

Elective courses Elastomeric Technology Rheology & Processing of Thermoplastics Structural Health & Condition Monitoring

555

Internship Internship 20MSc Assignment MSc Assignment 40

EXAMPLE COURSE LIST – D&C (2) Part Course EC

Compulsory profilecourses

Design Principles for Precision MechanicsDesign, Production and MaterialsNumerical Methods in Mechanical EngineeringProcess Equipment Design

5555

Profile elective course Linear Solid Mechanics 5Compulsory department related courses

Computational Structural Optimization Experimental Methods Nonlinear Solid MechanicsPlastic and Elastomer Engineering

5555

Elective courses Elastomeric Technology Rheology &Processing of Thermoplastics Composites

555

Internship Internship 20MSc Assignment MSc Assignment 40

SECOND YEAR

Internship 3-4 months at a company abroad or in The Netherlands

Assignment Internal within one of the MS3 research groups External within a company or institute with which MS3 collaborates

6/25/2019

WHAT AREA?

Applications Automotive Aerospace Off shore Precision …

Fields Control Materials Biomechanics Fluid-Structure Thermo-Acoustics …

SUPERVISION

Internal MS3 staff member and/or PhD student

External By company, MS3 staff member and sometimes PhD student Progrress meetings every 6 to 8 weeks

MS3 ASSIGNMENTS

Experimental research Building of experimental set-ups Design Numerical analysis Program development Mathematical modelling

Or a mix!!

A NEW MS3 MASTER STUDENT

Invitation for a personal talk about planning, etc. With the courses in year 1, it is possible to postpone the decision

for a research chair Progress is tracked and discussed periodically Many possibilities for Master Assignments Master Assignments can be at the interface between different

research chairs

WHY CHOOSE MS3

MECHANICS of Solids, Surfaces & Systems is the essential base of MECHANICAL Engineering

At the UT all experts are around to help: learning to understand the fundamentals of

MS3 staff has an open door policy

CONTACTOrganisation Chair: prof. dr. ir. Dik Schipper Portfolio Research: Prof. dr. ir. Gert-Willem Römer Portfolio Education: dr.ir. Jurnan Schilder

Contact:Mrs. Bruinink, b.m.bruinink@utwente.nl, 0534895630Mrs. Ter Horst, c.h.e.terhorst-strootman@utwente.nl, 0534893596Mrs. Tjapkes, martina.tjapkes@utwente.nl, 0534892502Mrs. Zimmerman van Woesik, d.b.zimmermanvanwoesik@utwente.nl, 0534892460

MECHANICS OFSOLIDS, SURFACES & SYSTEMSdr. ir. Jurnan SchilderPortfolio holder Education MS3