ENSM-SE - Graduate School of Engineering Master s Degree in Engineering & Management "ICM " Ecole nationale supérieure des mines de Saint-Etienne - ENSM-SE
Master s Degree in Engineering & Management "ICM " INTRODUCTION WHAT IS ENSM-SE?
1. Introduction Our School: ENSM-SE Graduate School of engineering Ranked in the top ten French engineering schools (240) French ministry of Industry Mission: Contribute to companies competitiveness Train high qualified managers with strong technical & scientific skills Develop applied research to meet the needs of industry
1. Introduction Higher education curriculum France vs US ACADEMIC PROGRAMS AT ENSM-SE «Graduate School of Engineering» Engineer diploma M 2 = 3 rd year at ENSM-SE M 1 = 2 nd year at ENSM-SE 1 st year at ENSM-SE Doctoral studies (3 years) Master II Master I 4 th year L4 PhD PhD Master s degree Bachelor s degree or or equivalent Undergraduate studies National competitive exam top 5% of French science students 2 or 3 years of Intensive courses (maths, physics,...) 3 rd year L3 2 nd year L2 1 st year L1 French Grandes écoles US University
1. Introduction ENSM-SE Member of GEM Network GEM Network: 7 engineering schools 6200 students, 18% foreign students 9 campuses 43 research laboratories 1000 PhD students 2000 publications ENSM-SE (2007) 1500 students, 15% foreign students 2 campuses 6 research laboratories 180 PhD students 348 publications
2. What is ENSM-SE? 1 SCHOOL 2 SITES 6 RESEARCH & TRAINING DEPARTMENTS 4 MASTER S DEGREES 7 POST MASTER S PROGRAMS 8 research fields for PhD STUDIES 11 Masters of science (Thesis)
2. What is ENSM-SE? 2 CAMPUSES PARIS SAINT-ETIENNE Historical site Founded in 1816 GARDANNE New site Opened 2003 Leading industry ST MICROELECTRONICS ATMEL GEMALTO Applied research in MICROELECTRONICS
Master s Degree in Health & Engineering "ICM " MASTER'S DEGREE IN ENGINEERING & MANAGEMENT ICM Major HEALTH & ENGINEERING
Master s degree in engineering & management ICM 3 rd year = Master 2 nd year 3 different profiles: 360h / 32,5 ECTS Management: 30h / 2,5 ECT Foreign languages: english & 2 nd language / 5 ECTS INDUSTRIAL PLACEMENTS 6 months 20 ECTS ICM 2 nd year = Master 1 st year 2 elective courses: Engineer sciences, techniques & methodology 2* 120h/ 9 ECTS Management: 120 h / 6 ECTS Foreign languages: english & 2 nd language / 7 ECTS 2 elective courses: Eng. Sc., Tech. & Meth. : 120h / 9 ECTS Basic science in Health & Engineering: 120h / 9 ECTS 4 months 11 ECTS ICM 1 st year = L4 Mathematics, physics & computer science: ~400h / 29 ECTS Management & economics: 250 h / 16 ECTS Foreign languages: english & 2 nd language / 9 ECTS 4 weeks 6 ECTS
MAJOR HEALTH & ENGINEERING OBJECTIVES providing fundamental keys to understand biology, biomedical environment and engineering 2nd year 2 nd semester Basic science 120h: Biology of cell Anatomy & Physiology biomedical engineering: biomaterials, biomechanics, biomedical imaging, industrial engineering laboratory projects
MAJOR HEALTH & ENGINEERING OJECTIVES 3 rd year supply a multidisciplinary training in particular field of biomedical engineering. professional profiles : - Biomaterials and Biomechanics - Imaging and modeling - Industrial engineering, supply chain, Lean system* - in three cases: industrial or research orientation (coarses - projects- training period) Master of science (precursor of a PhD thesis) * No details Head manager of Health & Engineering major: Dr. Jean Geringer geringer@emse.fr, for further details
MAJOR HEALTH & ENGINEERING Biomaterials & Biomechanics profile: 1- Mechanics structure computation: rupture, modeling structure behaviour, polymers, structure dynamics or Material science: fracture, corrosion, polymers, ceramics 2- Biomedical: medical engineering; bioengineering (proteomics, tissue engineering); health environment (health policy issues) 3- Materials-Mechanics-Health: biomaterials (focus on implants); biomechanics (human tissues, numerical approach); research projects 4- Industrial project (4 moduli: 4x90h)
MAJOR HEALTH & ENGINEERING industrial project (90h) Applying the knowledge and skills in actual problems examples: process of new biocomposites for hip joint prosthesis manufacturing, tribocorrosion of biomaterials, new bioceramics for head-cup joint, stent design
MAJOR HEALTH & ENGINEERING industrial internship (5-6 months) : in industry production, research center INRETS, human body biomechanics Pierre Fabre, skin biomechanics CNRC-NRC, biomaterials, microtomography Polytech Montréal, biomechanics, bone remodeling
MAJOR HEALTH & ENGINEERING Imaging and Health profile: 1- Imaging and Modelling: imaging systems, image processing, image analysis, fluid mechanics for modelling organ functions and mass transfer 2- Biomedical: medical engineering; bioengineering (proteomics, tissue engineering); health environment (health policy issues) 3- Image processing and Analysis: advanced image processing methods for biomedical imaging 4- Industrial project (4 moduli: 4x90h)
MAJOR HEALTH & ENGINEERING industrial project (90h) Applying the knowledge and skills in actual problems examples: Topology adaptative surfaces for medical imaging processing, LIP image processing IRM images processing for diffusion imaging
MAJOR HEALTH & ENGINEERING industrial internship (5-6 months) : in industry production, research center General Electric Healthcare Siemens USA Mac Gill University
CHE division CENTER FOR HEALTH & ENGINEERING, CHE 158 cours Fauriel, F-42023 Saint-Etienne cedex 02 Manager : Deputy Managers : Prof. D. Bernache-Assolant Prof. B. Forest Faculty staff members : 15 PhD and post-docs : 13 Mixed Research Units with CNRS ~20 papers/year Training and Education Joint master degree «Ingénieur Civil des Mines» Masters of Science in «Living Mechanics» and «Imaging-Vision-Signal processing»
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