This training program is accredited.

ASIIN

EUR-ACE

In this field, the EPI-Polytech is ambitious to form highly-qualified engineers who are able to conceive, to guide and to master the electronical modules and also systems in their material and logistic dimensions.

The formation highlights the value of the analogical electronics, which is a domain that remains present in many applications. An important part of teachings is dedicated to the digital electronics, the embarked systems, automatics, radiocommunication systems and signal treatment and image. This formation concerne the variety of activity fields like the electronics and the micro electronics, the telecommunication equipments, IT and multimedia, the mechatrinics, the automobile industry, ironwork and naval, the aeronautics, biomedical instrumentation…

Electrical Engineering
Electrical Engineering

Electronics engineering students have the possibility to choose between the options (dominants) as follows: Embarked systems, biomedical Instrumentation, industrial controle.

Students in Electrical Engineering have the possibility to choose between the following (Dominant) Options:

  • Embedded systems
  • Biomedical instrumentation
  • Industrial Control

STUDY PLAN

ONLINE FORMATION WITH THE EVOLUTION OF THE CIVIL ENGINEERING TECHNIQUES

  • Electrical engineering 1
  • Numerical analysis
  • English 1
  • English 2
  • Automatic 1
  • Automatic 2
  • CAD
  • Electrical circuits
  • Analog electronics 1
  • Analog electronics 2
  • Electrical engineering 2
  • French 1
  • French 2
  • Electrical installation and equipment
  • Combinatorial and sequential logic
  • Mathematics for the engineer
  • Microprocessor and assembler programming
  • EPP
  • Probability and statistics
  • C ++ Object Oriented Programming
  • Electrical diagram
  • Operating system
  • Signal processing 1
  • Signal process
  • Industrial automation and PLC
  • Analysis and control of systems
  • English 3
  • English 4
  • Instrumentation sensors
  • Programmable circuits
  • Labor law and engineering ethics
  • DSP: Architecture and programming
  • Power electronics 1
  • Power electronics 2
  • Entrepreneurship 1
  • Entrepreneurship 2
  • HRM
  • Asynchronous machines
  • Synchronous machines
  • microcontrollers
  • AFP
  • Object oriented programming (JAVA)
  • Operational research
  • robotics
  • Interfacing techniques
  • Communication techniques 1
  • Communication techniques 2
  • Integrated circuit technology
  • VHDL technology and synthesis
  • Image processing
  • Signal transmission
  • Smart sensors
  • Advanced Information Coding
  • Mobile development
  • Linux for embedded systems
  • Quality management
  • ARM processors and applications
  • SOC prototyping on FPGA
  • RFID: Radio Frequency Identification
  • Embedded systems: architectures and applications
  • Advanced VHDL: architecture and simulation
  • Artificial and Industrial Vision
  • PFE
  • Anatomy, Physiology and Neurophysiology
  • Biology
  • Biophysics and atomic and nuclear physics
  • Nuclear electronics and instrumentation
  • E-health
  • Biomedical instrumentation
  • Equipment maintenance
  • Qualitology and CMMS
  • Medical Robotics
  • Sterilization, security and standards
  • Medical imaging techniques
  • PFE
  • Analysis and production management
  • Industrial sensors and actuators
  • Control of electric machines
  • Control of industrial systems by API
  • Smart controls
  • Diagnosis and dependability
  • Renewable energies and Smart Grids
  • Internet of Things and mobile development
  • quality management
  • Modeling and control of mechatronic systems
  • Industrial maintenance techniques and methods
  • Variable speed drives
  • PFE