Objectives

Embedded Systems (ES) manage precise tasks in complete autonomy and in real time, providing solutions in a variety of economic sectors: energy, health, transport, and more. ES covers a wide range of skills in the fields of energy consumption, integration, data processing, and communications. The job of an embedded systems engineer is to fully understand the unique constraints of these systems—limited space, autonomy, reduced calculations—and to know how best to operate within these constraints to achieve the system’s goal.

Our Master of Science and Engineering in Embedded Electronics Systems program is built on project-based learning, active teaching methods and learning-by-doing. All along the 2 years, the students will benefit from the active learning approach of the programme: field trips, site visits & study tours, group projects supervised by professionals from the industry, practicals in Innovation learning centers, flipped classrooms & serious games.

With our hands-on approach and piecemeal training options, students gain real world experience and the power to decide how to build their own expertise.

Semester-long team projects are an integral part of the curriculum. One day a week is dedicated to group projects in collaboration with a professional expert, partner company, or research institute and supervised by a professor.

Students spend 40% of the program immersed in real professional experience: lectures given by professionals from the sector, site visits, and 2 compulsory internship periods are included in the programme. These internships, carried out either in France or abroad, in a company or a laboratory, expose students to the reality of working in the field and on research and prepare them for entry into the global workforce.

Careers

Embedded systems are essential in controlling a vast array of devices ranging in size and complexity from consumer products and home appliances to aircraft and electrical grids. This widespread application creates an opportunity for IT engineers across industries. Some career prospects in embedded systems include embedded systems designer, communication electronics technician, systems integrator, tester, systems project leader, embedded applications architect, and more.

In addition to exceptional technical knowledge and managerial skills, JUNIA ISEN graduates are prepared for the reality of the professional world even before they get their diploma, which is why 100% of JUNIA ISEN alumni are employed within 6 months of graduating.

With a network of more than 26,000 graduates, JUNIA alumni around the world work for some of the biggest names in electronics and digital technology or join and create their own startups thanks to the entrepreneurial mindset cultivated at JUNIA.

Courses Included

• Digital Microelectronics Circuits
• LabVIEW: Basis
• Microwave Circuits
• C++
• Hands-on 32-bit ARM microcontrollers
• Digital Programmable Circuits: FPGA & VHDL
• Advanced Digital Signal Processing
• Energy Harvesting
• Power Electronics
• Wireless Technologies & Applications
• System on chip
• Mixed-Signal Integrated Circuits for Audio Applications
• High-Frequency Electronics
• Real-time Computing for Embedded Systems
• Automotive Electronics or LabView Basis (specialization)
• Analog Circuit Design
• Humanities and Management
• French as a Foreign Language

What is the admission process for this program?

• Minimum Bachelor degree in Digital and Information Technology, IT Engineering or any related fields
• English B2 level certified by an official test (IELTS, TOEIC, TOEFL IBT or FIRST), except students from countries where English is an official language
• French is NOT required for admission to English-taught programs, but is highly recommended

You must bring your own computer when you arrive at JUNIA as we do not have computers to borrow.