Master Program in Robotic Systems and Drones

The Master Program in “Robotic Systems and Drones” prepares engineers capable of designing humanoid robots and drones, in particular, autonomous systems with their intelligence embedded onboard.

 

Program description

The Master Program in “Robotic Systems and Drones” prepares engineers capable of designing humanoid robots and drones, in particular, autonomous systems with their intelligence embedded onboard.

The Master Program in “Robotic Systems and Drones” trains engineers capable of designing humanoid robots and drones, in particular, autonomous systems with their intelligence embedded onboard. This multidisciplinary program combines electronics (in terms of hardware and software), robotics, signal processing (in terms of image/speech), communication processes and their security, ambient intelligence and artificial intelligence.

These systems are intended for both consumer and industrial use with multiple applications in areas such as the e-health sector (including in-home and care services,) security, civilian and military surveillance, defense, transportation, commerce, etc.

Program

EMBEDDED AND REAL-TIME SYSTEMS
Plus de détails

Digital Signal Processing and Processor
Real-time operating systems
Hardware architecture

DATA INTELLIGENCE
Plus de détails

Big Data and embedded technologies
Estimate and decision

SIGNAL AND COMMAND
Plus de détails

Flight sensors and mechanics
Command and servo
Robotic vision

INNOVATIVE PROJECTS IN M1
Plus de détails

Methodology and technical monitoring
Business Plan
Coaching: Support for teams
Competition with a jury of professionals

ROBOTIC SYSTEMS
Plus de détails

Robotics
Command and energy
Digital vision and communications

PROFESSIONAL TRAINING
Plus de détails

Technical internship, 4.5 months starting mid-April (M1)

EMBEDDED AND REAL-TIME SYSTEMS
Plus de détails

Digital Signal Processing and Processor
Real-time operating systems
Hardware architecture

SIGNAL AND COMMAND
Plus de détails

Flight sensors and mechanics
Command and servo
Robotic vision

ROBOTIC SYSTEMS
Plus de détails

Robotics
Command and energy
Digital vision and communications

DATA INTELLIGENCE
Plus de détails

Big Data and embedded technologies
Estimate and decision

INNOVATIVE PROJECTS IN M1
Plus de détails

Methodology and technical monitoring
Business Plan
Coaching: Support for teams
Competition with a jury of professionals

PROFESSIONAL TRAINING
Plus de détails

Technical internship, 4.5 months starting mid-April (M1)

SCIENCE ELECTIVE COURSE
Plus de détails

Artificial Intelligence, Deep Learning and Applications
Blockchain: Challenges and Opportunities
Big Data for Companies
Creativity and entrepreneurship
Design and conception
Internet of Things
Health innovation
Security management
Web and 3D
RF and CEM architecture
RF systems and transmission security

END OF STUDIES PROJECT (M2)
Plus de détails

Old Technology
Management and technical skills
Fundraising
Pilot an R&D Project to define the phases and recrutement for your teams

ADVANCED AND INTERACTIVE ROBOTICS
Plus de détails

IA and ROS
Autonomous navigation and fleet control
Vision and speech recognition

PROFESSIONAL TRAINING
Plus de détails

6-month Engineer Internship (end of studies) starting mid-February

GENERAL STUDIES
Plus de détails

Law 
Culture and communication
Adapt in a Globalized World Seminar
Management and Development Seminar
English or FLE (Groups)
LV2 (optional)
Academic Conferences and round tables

SCIENCE ELECTIVE COURSE
Plus de détails

Artificial Intelligence, Deep Learning and Applications
Blockchain: Challenges and Opportunities
Big Data for Companies
Creativity and entrepreneurship
Design and conception
Internet of Things
Health innovation
Security management
Web and 3D
RF and CEM architecture
RF systems and transmission security

ADVANCED AND INTERACTIVE ROBOTICS
Plus de détails

IA and ROS
Autonomous navigation and fleet control
Vision and speech recognition

GENERAL STUDIES
Plus de détails

Law 
Culture and communication
Adapt in a Globalized World Seminar
Management and Development Seminar
English or FLE (Groups)
LV2 (optional)
Academic Conferences and round tables

END OF STUDIES PROJECT (M2)
Plus de détails

Old Technology
Management and technical skills
Fundraising
Pilot an R&D Project to define the phases and recrutement for your teams

PROFESSIONAL TRAINING
Plus de détails

6-month Engineer Internship (end of studies) starting mid-February

Learning objectives

By the end of this program, the new Robotic Systems and Drones engineer will have the following skills: 

  • Analyze and process images, signals, in order to perform a diagnostic test (location) and control the system (navigation);
  • Model, estimate and control complex dynamic systems and integrate real-time requirements embedded into their processing algorithms;
  • Implement navigation and positioning strategies;
  • Develop broadband communications solutions and secure connections;
  • Integrate control systems on connected objects (land based or airborne);
  • Design embedded and distributed applicatons for connected objects (mobile or not);
  • Implement learning and reasoning methods (supervised or not) to solve complex problems.

Career options

  • Monitoring and Control Engineer  
  • Interaction Developer  
  • Robotics Engineer  
  • Electronic Simulation and Design Engineer  
  • Drone Video Engineer  
  • Embedded Systems Development Engineer