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© 2006 EIG Rue de la Prairie 4 CH-1202 Genève [email protected] Tél. +41 (0)22 338 0632 Fax +41 (0)22 338 0575
““New postgraduate bio-New postgraduate bio-
engineering course engineering course
in Geneva”in Geneva”
Institute of Bio-EngineeringInstitute of Bio-Engineering
School of Engineering (EIG) School of Engineering (EIG)
member of themember of the
University of Applied Sciences Western University of Applied Sciences Western
SwitzerlandSwitzerland HES-SOHES-SO
Prof. Dr. Ing. Philippe PasseraubProf. Dr. Ing. Philippe Passeraub
© 2006 EIG Rue de la Prairie 4 CH-1202 Genève [email protected] Tél. +41 (0)22 338 0632 Fax +41 (0)22 338 0575
1.1. Introduction – who we are …Introduction – who we are …
2.2. Motivations for a bio-engineering programMotivations for a bio-engineering program
3.3. Description of the new course in bio-engineeringDescription of the new course in bio-engineering
General information
Main objective
Study plan
4.4. Perspectives for the futurePerspectives for the future
OutlineOutline
© 2006 EIG Rue de la Prairie 4 CH-1202 Genève [email protected] Tél. +41 (0)22 338 0632 Fax +41 (0)22 338 0575
7 UAS in Switzerland7 UAS in Switzerland
HES-SO
© 2006 EIG Rue de la Prairie 4 CH-1202 Genève [email protected] Tél. +41 (0)22 338 0632 Fax +41 (0)22 338 0575
UAS western SwitzerlandUAS western SwitzerlandHES-SOHES-SO
HES-SO Geneva
© 2006 EIG Rue de la Prairie 4 CH-1202 Genève [email protected] Tél. +41 (0)22 338 0632 Fax +41 (0)22 338 0575
Geneva school of engineeringGeneva school of engineering
Mechanics
Architecture
TelecommunicationCivil engineering
Informatics
Microengineering
© 2006 EIG Rue de la Prairie 4 CH-1202 Genève [email protected] Tél. +41 (0)22 338 0632 Fax +41 (0)22 338 0575
• To reduce the gapTo reduce the gap between the current micro-engineering program and the between the current micro-engineering program and the increasing demand for multidisciplinary education including competences in bio-increasing demand for multidisciplinary education including competences in bio-engineering (with strong focus on bio-medical engineering);engineering (with strong focus on bio-medical engineering);
• To provide the specific human resources To provide the specific human resources needed for our various needed for our various industrial/academic partners in this topic of engineering applied to life sciences:industrial/academic partners in this topic of engineering applied to life sciences:• In basic and applied research centers (Hospitals, Universities, Institutes of In basic and applied research centers (Hospitals, Universities, Institutes of
Technology, Universities of Applied Sciences, etc.); Technology, Universities of Applied Sciences, etc.); • In private research and development centers (Companies); In private research and development centers (Companies); • In engineering offices, spin-off, or start-ups incubators (e.g. Eclosion).In engineering offices, spin-off, or start-ups incubators (e.g. Eclosion).
• To support the technology innovationTo support the technology innovation in instrumentation for hospitals; in instrumentation for hospitals;
• To robotize To robotize analyticalanalytical systems systems for for costs reductioncosts reduction;;
• To contribute to To contribute to faster developmentfaster development of new businesses. of new businesses.
Motivation for a program in bio-engineeringMotivation for a program in bio-engineering
© 2006 EIG Rue de la Prairie 4 CH-1202 Genève [email protected] Tél. +41 (0)22 338 0632 Fax +41 (0)22 338 0575
The course IBIO 1 as a basis:The course IBIO 1 as a basis:For diplom engineers in microengineering or with equivalent studies course or For diplom engineers in microengineering or with equivalent studies course or experienceexperience
IBIO I: basis in bio-engineering (15 ECTS)
IBIO II: biomedical
imaging
IBIO III: bio-medical
instrumentation, portable
diagnostics
IBIO IV: hospital
engineering, bio-computing, ...
Project (Master)
© 2006 EIG Rue de la Prairie 4 CH-1202 Genève [email protected] Tél. +41 (0)22 338 0632 Fax +41 (0)22 338 0575
• This CAS courseThis CAS course is composed of 192 effective hours of teaching and practical is composed of 192 effective hours of teaching and practical works, finding place works, finding place every Friday during two semestersevery Friday during two semesters..
• The courses and the practical works are given on various sites in Western The courses and the practical works are given on various sites in Western Switzerland:Switzerland: at the School of Engineering of Geneva (EIG), of Lullier (EIL) et of at the School of Engineering of Geneva (EIG), of Lullier (EIL) et of Valais (HEVs), as well as at the University Hospital of Geneva (HUG) and at the Valais (HEVs), as well as at the University Hospital of Geneva (HUG) and at the Faculty of Medicine at the University of Geneva. They are given by professors and Faculty of Medicine at the University of Geneva. They are given by professors and other specialists from these various sites, from other sites (inside or outside HES-other specialists from these various sites, from other sites (inside or outside HES-SO) as well as from the industry. SO) as well as from the industry.
Duration and structure of the studiesDuration and structure of the studies
CertificateCertificate
Start of the courseStart of the course
• The student who has achieved successfully the course IBIO 1 will obtain a:The student who has achieved successfully the course IBIO 1 will obtain a:• « Certificate of Advanced Studies HES-SO in Bio-Engineering »« Certificate of Advanced Studies HES-SO in Bio-Engineering »
• The start of the course IBIO 1 is set for: Friday, the 23 of February, 2007.The start of the course IBIO 1 is set for: Friday, the 23 of February, 2007.
© 2006 EIG Rue de la Prairie 4 CH-1202 Genève [email protected] Tél. +41 (0)22 338 0632 Fax +41 (0)22 338 0575
Study plan for the course IBIO I: basis in bio-engineeringStudy plan for the course IBIO I: basis in bio-engineering
Module 1 : general frame of bio-engineering (2 ECTS)• Social, economical, legal aspects
and standards• biological security and ethic• quality insurance (QA)
Module 2 : bases of life sciences for engineers (5 ECTS)• bio-physico-chemistry• systems biology• physiopathology• introduction to proteomics
Module 4 : bio-instrumentation and applications (4 ECTS)• analysis and design of
instruments and systems in bio-engineering
• transducers et bio-sensors• introduction to food bio-
engineering• IP and startups creation
Module 3 : measurement and analysis techniques in life sciences(4 ECTS)• observation, marking and
separation techniques• measurement, analysis and
signal representation techniques
© 2006 EIG Rue de la Prairie 4 CH-1202 Genève [email protected] Tél. +41 (0)22 338 0632 Fax +41 (0)22 338 0575
Perspectives for the future:Perspectives for the future:Development of a master in bio-engineeringDevelopment of a master in bio-engineering
IBIO I: basis in bio-engineering
IBIO II: biomedical
imaging
IBIO III: bio-medical
instrumentation, portable
diagnostics
IBIO IV: hospital
engineering, bio-computing, ...
Project (Master)
