MCI Alsion SDU Sønderborg April 29, 2010 1 Mads Clausen Instituttet Alsion, Sønderborg
MCI Alsion SDU Sønderborg April 29, 2010 1Mads Clausen Instituttet Alsion, Sønderborg.
Dec 22, 2015
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MCI Alsion SDU Sønderborg April 29, 2010
1Mads Clausen Instituttet Alsion, Sønderborg
The Mads Clausen InstituteFacts:
•Founded in 1999 with support from Danfoss•Overall theme is Product Development•90 employees, 300 students (Danish and international)•Research
Mechatronics, Matematical Modelleling, Embedded Systems, User Centered Design, NanoTechnology, Innovation and business•New campus Alsion opened in 2007
Faculty of Engineering
The Mads Clausen InstituteInternational Study programmes:
Engineering:•B Eng. in mechatronics•Master in mechatronics•Bsc in Innovation and Business•Master in Innovation and Business•B Eng. in Interaction Design
Master of Science:•Master in IT Product Design
Faculty of Engineering
Mechatronics
MechanicsElectronics
Embedded software
Develop Modern Intelligent Products
Innovation and Business
Mechanics Electronics
Embedded software
Make your own Business
Creativity, Innovation and
Business
Interactive Design
Mechanics Electronics
Embedded software
Design products that functions on the users conditions
Design and user interaction
Mads Clausen InstituteMads Clausen Institute for Product for Product
InnovationInnovation
ActivitiesActivities
Mechatronics
Focus on Sensors, Actuators, Embedded Systems, Mechatronics Systems and Devices.
MECHATRONICS
MECHANICS ELECTRONICS
COMPUTERS CONTROLSDigitalControlSystems
Electro-mechanics
ComputerAided Design MECHATRONICS
Controlcircuits
Systemmodel
SimulationMicro-processors
Transducers
Mechatronic Systems ?
Motion systems Process control Medical equipment
Cybernetics and sailing systems
Jerome Jouffroy, MCI, [email protected]
Sailing systems?
- cannot move without a flow in the surrounding environment
- not isotropic in displacement
- the path they can take depends on the flow dirrection
Main question: how can a computersteer such systems?
Cybersailing: apply cybernetic
principles to control sailing systems.
Mads Clausen InstituteMads Clausen Institute for Product for Product
InnovationInnovation
ActivitiesActivities
Nanotechnology
Fabricate bottom-up grown nanostructures and implement these into working devices, sensors and actuators.
MicroElectroMechanical Systems - MEMS
NanoElectroMechanical Systems - NEMS
Nano Tecnology
Applications
• Accelerometers
• Pressure sensors (membranes)
• Bio-chemical sensors (microcantilevers)
Applications
• Accelerometers
• Pressure sensors (membranes)
• Bio-chemical sensors (microcantilevers)
Applications
• Accelerometers
• Pressure sensors (membranes)
• Bio-chemical sensors (microcantilevers)
Mechatronics Master education (120 ECTS)
Three profiles:
•NanoTechnology •Embedded Control Systems •Dynamic Mechatronic Systems•Thermal Energy Systems
Faculty of Engineering
Innovation and BusinessMaster education (120 ECTS)
Creativity
Business development
Innovation
Problem based education
Also engineering skills • NanoTechnology • Embedded Control Systems • Dynamic Mechatronic Systems• Thermal Energy Systems
Faculty of Engineering
IT product design (SPIRE)Master of science (120 ECTS)
User Innovation
Design Studies
Interaction Design
Design Anthropology
1st: Horizon - Visionary Concept
2nd: Practice - User Centred Design Fundamentals
3rd: Research - Shaping Research
4th: Thesis - Graduation Project
Faculty of Engineering
Faculty of Engineering
Contacts
Ib Christensen, Head of programme at MCI
mail: [email protected]
Rune Wulff Christensen, International co-ordinator at MCI
mail: [email protected]
Web: www.sdu.dk/mci
Faculty of Engineering
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