Description

Master of Science and Engineering in BioNanotechnologies

BioNanoTechnologies (BNT) are at the crossroad of Nanosciences, Biology, Electronics and Information Technology. Thanks to this multidisciplinary approach, BNT bring disruptive innovations in the fields of health, consumer electronics, security, communications, energy harvesting and environment through the design, modeling, instrumentation and fabrication of sensors, components and systems.

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Duration

2 years

Starting Date

September, 1st 2024

Application Deadline

May, 15th 2024

Tuition Fee

€ 9,000/year

Location

Lille, France

Objectives

The goal of this training is to help students become rigorous engineers who know laboratory techniques and master modelling and simulation software and computer programming, but also good communicators who will know how to manage a team.

The BioNanotech engineers seek to improve, at the molecular scale, current tools in the fields of health, science, technology and the environment. They work on the development of processes using nanotechnologies, identifying new possibilities, drafting specifications and ensuring the implementation of a production chain.

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

Students spend 40% of the program immersed in real professional experience. These internships, carried out either in France or abroad, in a company or research center, expose students to the current reality of working and prepare them for entry into the global workforce.

Projects and training periods are research-oriented and will make you prepared for R&D in the industry or continue towards a PhD.

Careers

BioNanoTechnologies are the heart of innovation in the fields of health, energy, electronics, security, defense, and environment. Students usually follow either (~50%) the path of cutting-edge technology R&D in the industry (examples: Thales, Safran, Tesla, STMicroelectronics, Dassault). The other 50% continue their training in research by completing a PhD which takes place either in industry or academia.

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: Basics
Semiconductors physics and components
Miniaturization of biological techniques
Hands-on 32-bit ARM microcontrollers
Fundamentals of BioMEMS
Waves and Components (Labs)
Energy Harvesting
Microelectronics
Wireless Technologies & Applications
Optoelectronics
Sensors and actuators, mechanics, acoustics
System on chips
Urbanization of IT Services or Hardware for Artificial Intelligence (specialization)
Humanities & Management
French as Foreign Language

What is the admission process for this program?

Minimum Bachelor degree in Physics, Electronics or equivalent,
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.