Step up to Saxion Str trate tegic focus: HTSM Mechatronics Mechatronics team members: Hans van der Meij, Johan van Dijk, Hans Janssen, Francisca Wagenmakers, Rini Zwikker (Demcon), Ruud Sniekers Lectorate (not yet operational): Michiel Jannink (Demcon) 10 th November 2011
Step up to Saxion Conte tent t Why Mechatr tronics at t Saxion • Our view on Mechatr tronics • Ed Educati tional concept t • The prog Th e program ramme e • What t we have now: Current t situ tuati tion • What t we’re looking for: Goals for 2016 • What t we need ……… ……… •
Step up to Saxion Focu Focus on s on HTS HTSM M Traditi tional engineering bachelor stu tudies: • Mechanical, El Electr trical and Chemical engineering, Applied physics and chemistr try. Reinforcing our str trength th! New bachelor stu tudy Mechatr tronics • Unique differenti tiati tion Nanote technology • Lecto torate tes Nano-te technology and Mechatr tronics •
Step up to Saxion Why Mechatr tronics? There is a need for ……………. ……………. 1. 1. bachelor engineers in Mechatr tronics in industr try (esp. in Twente te) 2. 2. bachelor stu tudies Mechatr tronics for stu tudents ts from te technical colleges and secondary schools
Step up to Saxion Characte teristi tics of Mechatr tronics Complex te technical syste tems Combining elements ts of E, E, I, N and W De Development t – – Realizati tion – – Inte tegrati tion – – Test t • Contr trols • Multi ti-disciplinary (E, E, I, N, W) • HIghly str tructu tured work meth thod (V- (V-model) odel)
Step up to Saxion V-mo V-model el ⇒ educati tional concept Design Integration Projects System specification Systeem test validation functional and techncal Technical and functional Professional & project Systeem integraion & System concept verification debugging System related assignments Sub-Systems hardware concepts hardware sub-systeem test verification software system software module architecture integration hardware detail design hardware module test verificati on software module design software module test hardware realization software module implementation Supporting modules
Step up to Saxion Industry Mechatronics professions § Researcher § System developer § Component developer § System integrator § Tester Reg Region ional prof al profilin iling: : High Tech Systems & Materials Life Sciences & Care (medical technologies)
Step up to Saxion Mechatr tronics programme Projects ts: inte teracti tion with th lecto torate tes, companies and University ty Twente te Supporti ting modules: str trong link with th engineering stu tudies (Applied physics, El Electr trical and Mech Mechan anical en ical engin ineerin eering) ) Professional and project t relate ted assigments ts: : individual development t Inte ternship & graduati tion: g : gain ainin ing v valu aluable able experience in th the industr try
Step up to Saxion Mechatr tronics stu tudies at t Saxion n: n: Supporti ting tion tion ternship mo modul ules tiati or Graduati Minor Differenti Min Prof. & Proj. assignments ts Inte Di Projec Pr ect 1 st year 2 nd year 3 rd year 4 th year
Step up to Saxion cept Ed Educati tional con concept PROJEC JECTS ⇒ Dr Driving force in th the programme
Step up to Saxion Ed Educati tional concept t Studies Applied research
Step up to Saxion tus : : Current t sta tatu Broad netw twork in th the industr try • Solid educati tional programme • 1 st st an and 2 d 2 nd nd year te teste ted and ready • Full credenti tials, license is obta tained (june 2011) • Sta tarti ting stu tudents ts (43+8) • 3 rd rd & 4 & 4 th th year ‘under constr tructi tion’ • Lecto torate te of Mechatr tronics is being developed • Large contr tributi tion of tu tuto tors in electr trical and • me mecha hani nical engi ngine neering, ng, applied phy hysi sics s De Demcon plays a major role in formati tion • Lectu turers, tu tuto tors and assessors are recruite ted and • assembled into to a ambiti tious te team
Step up to Saxion Forecast t 2016: matu tured and leading Robust t & solid programme, th theory as well as exams • Attr ttracti tive and challenging learning environment t • Pr Professio fessiona nal l and nd mo moder ern n lo look and nd feel feel • Good support, t, positi tive atm tmosphere and major level • of commitm tment t and involvement t 200-250 stu tudents ts in our MT stu tudies • Beneficial balance input t vs outp tput t •
Step up to Saxion Forecast t 2016: matu tured and leading (continued) Dy Dynamic te team of lectu turers, tu tuto tors and assessors (all • in one), highly involved in th the MT lecto torate te Considerable appreciati tion (stu tudents ts, industr try) • Inte tense long te term inte teracti tion betw tween lecto torate te, • engineering stu tudies, industr try, University ty, etc tc. Str trong demand from th the industr try for our graduate tes •
Step up to Saxion Conditi tions Creati ting a str trong te team of lectu turers, tu tuto tors and • assessors assessors Developing and expanding th De the lecto torate te • Inte tegrati tion of lectu turers and tu tuto tors into to our lecto torate te • Modern faciliti ties for practi tice and projects ts • Broad commitm tment t from th the industr try • Challenging projects ts, str traight t from th the industr try • Good informati tion supply and recruitm tment t • ………………………… ………………………… • Which shows we sti till have some way to to go!
Step up to Saxion Risk facto tors or bottl ttle necks Growth th at t a pace exceeding our capacity ty • Quality ty of our new stu tudents ts (from college or • second seco ndary ary scho school) l) Can all required people free up th the required ti time? • ………………………… ………………………… • ………………………… ………………………… •
Step up to Saxion Questi tions
Step up to Saxion Ex Example project project Dy Dynasit project t De Developing a a dyn dynam amic ic ch chair air
Step up to Saxion Mechatronic engineering project 1 st semester, 2 nd year Project structure: • Develop, construct, operate, optimalize and test your own mechatronic design • Learn to roll out a project in a structured manner: including phasing, planning, cooperating, being responsible for your own task(s), meeting, documenting, reviewing, presenting • Context: HighTech Systems & Materials Medical Technologies
Step up to Saxion Dynasit project Assignment: Development of a dynamic chair for patients with spinal injuries. Chair should be ready for retailing. Involved parties (internally): 2 nd year Mechatronics students (2 teams) Students from the school of health care Involved parties (externally): Demcon (Oldenzaal) Welzorg (Oldenzaal) Roessingh (Enschede)
Step up to Saxion Research results • Heaviest pressure on tissue located below the ‘tubera’
Step up to Saxion Required movement § Parallell translation back of chair; top-top 140 mm § Translation path depends on radius of tubera up to 3 rd vertebra; dimensions as listed in figure below 140 30 L3 15° R = translation path 260 T = tubera R L3 = 3rd lumbal vertebra 4° T 100
Step up to Saxion Results from our Mechatronics project 2.1
Step up to Saxion Questi tions?
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