Embedded Control Systems

Transcription

1 Embedded Control Systems Teaching goal: Learn how to design, model/simulate and build mechatronic systems Hard- and software codesign Nonlinear control: Autonomous sail boats Signal processing Intelligent Manufacturing Automation systems More information 1

2 Dynamic Mechatronic Systems Teaching goal: Using mathematical modelling of mechatronic systems, learn how to predict, optimize, build, and control elements and whole systems Novel loudspeaker systems Active vibration control Waveguide modelling Macro and Nano-scale modelling Material characterization 2

3 E-motion Broad knowledge in mechanical, electronic, and thermal engineering with specialisation in energy conversion and movement Modeling fundamental processes in two-phase flow Power electronics Inverter technology Microcomponents Industrial applications Energy production and consumption 3

4 Micro- and Nanotechnology Teaching goal: Learn how to design, develop, simulate, fabricate, characterize and test micro- and nanosystems Microsensors and actuators Solar cells Lab-on-chip Energy efficient components 4

5 Innovation and Business Innovation skills Engineering skills Managing innovation e.g. Firm perspective Innovating with the external environment Designing products by integrating users Business skills Designing and developing mechatronic products Writing a business plan Strategic management Supply chain management Global marketing 5

6 IT Product Design 1 st Semester Horizon Design Research Exploration - enjoy the views 2 nd Semester Practice User Centered Design Fundamentals - basic climbing techniques 3 rd Semester Research Interaction Design Profession - mountaineering practice 4 th Semester Thesis IT Product Design Synthesis - my private mountain

7 MCI as light tower: Strategic cooperations: north-south AAU (K.Pedersen) AU (A.Nylandsted) FH and U Flensburg FH and CAU Kiel FH Westküste ISIT (Fraunhofer Institute for Silicon Technology) - New Fraunhofer Research Center Power Electronics - PET Sønderborg U Hamburg CIS (Center for Interface Science, Oldenburg, Osnabrueck, Bremen) and EHF (Parisi) and NextEnergy, EWE-Forschungszentrum Oldenburg (Maydell) U Bonn (Luetzen group) U Wuerzburg (Dyakonov group) LIOS, Linz Institute for Organic Solar Cells Science corridor CAU-SDU-Aalborg

8 Strategic cooperations: west-east A transnational network of public clean rooms, research facilities and technology transfer organisations TECHNET_NANO Access to innovation sources and services in the field of micro- and nanotechnology to SMEs in the BSR Communication of innovation potentials to SMEs and research Institutions in the BSR Transnational high quality services and ressources of Technet_nano network partners for SMEs

9 CLEANROOMS ACROSS BSR

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11 Strategic cooperations: whole Europe Doctorate in Physics and Chemistry of Advanced Materials SDU coordinator: Prof. Horst-Günter Rubahn Ruhr University Bochum University of Oldenburg Universidad Autonomas de Madrid Universidad del Pais Vasco Universita degli Studi di Milano Universita degli Studi di Milano Bicocca University of Southern Denmark University of St.Andrews Lomonossow State University JagelionianUniversity Krakow Kaunas University of Technology University Paris Sud 6

12 How to collaborate with MCI? Student projects Industrial PhD and postdoc Research collaborations Consulting Feasibility studies Laboratory use and rental: - Development laboratory - Optics and surface science laboratory - Cleanroom laboratory - Power electronics laboratory - Process laboratory - Electronics laboratory Single point of contact: MCI Technet AAU AU SDU DTU 12

13 MCI TECHNET access point to high technologies James Hoyland, Kasper Paasch Robert Brehm, Stefan Johansen Barbara Tvede- Hansen The Mads Clausen Ins4tute offers competences and high technology facili4es within core areas of mechatronics, micro- and nanotechnology. Both theore4cal and experimental ac4vi4es span from fundamental over applied research to device development. MCI TECHNET is the direct gate to these competences and facili4es. MCI TECHNET provides informa4on about who is doing what at MCI. MCI TECHNET gives direct access. MCI TECHNET samples non- confiden4al project informa4on. MCI TECHNET allows access to na4onal and interna4onal networks.

14 TheMadsClausenInstituteisproudtoinviteyoutothe TheMadsClausenInstituteprovidesstate5of5the5artcompetencesandhigh5techfacilities withinthecoreareasmechatronics,micro5andnanotechnology,designandinnovation&business. MCITECHNETisyourdirectaccesstoexpertsandfacilitiesattheMCI. 10:15 10:25 10:45 11:05 11:20 11:40 11:55 12:05 12:10 13:10 15:10 Welcome&and&introduction&& HeadofInstituteHorst5GünterRubahn,Prof.,MCI Session&I:&Successful&collaborations&between&companies&and&MCI&& & Danfoss&PolyPower&and&Mechatronics& &Experiences&in&the&collaboration& between&university&and&industry.&hans5erikkiil,directorr&d,danfoss PolyPowerA/S, Industrial&PhD&at&LEGO& &ManuStorm& &The&Hybrid&LEGO&Manufacturing& Concept.&RonenHadar,PhD,MCI, Refreshments,+networking+ Technet_nano& memberoftheboard,dsn, Science&Ventures&and&Nano&Technology& &From&basic&research&to&new& companies.&jenskristiandamsgaard,ceo,scienceventuresdenmark, Industrial&PhD,&Videnspilot&and&Videnkupon.DanielStaugaard,consultant, KarriereCentret, Conclusions.HeadofInstituteHorst5GünterRubahn. Lunch+Buffet+ +poster+session+ &Discussion.& Powerlab KasperPaasch,projectmanager. MechatronicsLab(Vibrometer) RobertBrehm,engineer. Microfluids/Laserlab JamesHoyland,assistantprofessor. Cleanroom KasperThilsing5Hansen,technicalmanagercleanroom. Refreshments,+networking,+get7together+ + Forregistration,pleasesendan [email protected] &&&&&&&&&&&Registration&is&open&until&November&7,&2012.&Youwillreceiveaconfirmationofyourregistration. MCITECHNET 14 May 2011

15 Example for Tech-Trans development at MCI