Syllabus ISMIN
ACCUEIL
5th semester
Concepts and tools of electronics
Computer Science Concepts and tools
Business Organisation
Introduction for the corporate world
Harmonisation
Languages S5
Mathematics for Engineers
Robotics Project S5
6th semester
Discovery of Specialisations
Computer Science
Collective Intelligence
Languages S6
Engineering Professions
Robotics Project S6
Materials and Life Sciences
Electronic Systems
7th semester
Discovery of Specialisations
Languages S7
Management S7
Industrial Project - Pre-project
Robotics Project S7
Electronic Systems
Computer Systems
Energy Sensor Transmissions
8th semester
Industrial Project - Realisation
Foreign Internship
Languages S8
Project Management
Simulation, Experiment, Prototyping
9th semester
Core
Engineering Methods
Languages
Elective
Entrepreneurship & Intrapreneurship
Master Hybrid Electronics
Master Industrial Engineering
Strategic Management of Organizations
Competencies: Computer Science
Computer Science - Enterprise Applied Methods
Computer Science - Software Design
Competencies: Embedded Systems
Embedded Systems - Hardware & Software Interfaces
Embedded Systems - System Design
Competencies: Microelectronics Design
Microelectronics Design - Design Methodologies
Microelectronics Design - Microelectronics Basics
Profession: Bio-Medical Devices
Bio-Medical Devices
BMD Technical Management
Profession: Electronics and Energy
Electronics and Energy
E&E Technical Management
Profession: Information Technologies and Supply Chain
Information Technologies and Supply Chain
ITS Technical Management
Profession: Mobility and Security
Mobility and Security
M&S Technical Management
Professional Opening
Professional Opening: Fabrication composants MOS
Professional Opening: Digital Signal Processing
Professional Opening: Hardware strengthening against hackers
External Program
10th semester
Innov'Action
End of Program Internship
English
French
English
9th semester
Microelectronics Design - Microelectronics Basics
Course units
Analog Circuit Design Introduction
Digital Circuit Design
Manufacturing Processes & Characterisation Methods
Modeling & Characterization for Semiconductor Devices
Semiconductor Devices
Semiconductor Physics
Course group - MD_MB
Microelectronics Design - Microelectronics Basics
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ECTS credits
6.0
Course Director(s):
RIGAUD Jean-Baptiste
General Description:
Links between course units:
Orientations / Associations with other courses:
Key words: