About the job
IMT Nord Europe, an esteemed institution under the auspices of the Ministry of Economy, Finance and Industrial and Digital Sovereignty, was established in 2017 from the merger of Télécom Lille and the École des Mines de Douai. Today, it ranks among the premier engineering schools in Northern Paris, hosting over 2,200 students, including a significant proportion of apprentices, and graduating more than 600 engineers annually. With a robust alumni network of 15,000, IMT Nord Europe is part of the Institut Mines-Télécom, the leading public group of engineering and management schools in France, and collaborates closely with the University of Lille.
The institution is dedicated to three main missions: training responsible engineers capable of addressing the major challenges of the 21st century; conducting research that leads to high-value innovations; and supporting regional development, particularly by facilitating innovation and entrepreneurship. IMT Nord Europe aims to train the engineers of tomorrow, proficient in both digital technologies and industrial skills. Strategically located at the crossroads of Europe, just one hour from Paris, thirty minutes from Brussels, and one and a half hours from London, IMT Nord Europe aspires to play a pivotal role in significant industrial, digital, and environmental transformations of the 21st century by integrating engineering sciences with digital technologies in both its teaching and research.
With two primary campuses in Lille and Douai, IMT Nord Europe boasts over 20,000 square meters of laboratory space to facilitate high-level education and excellence in research across three main domains: 'Digital Systems', 'Energy and Environment', and 'Materials and Processes'.
For more information, please visit our website: www.imt-nord-europe.fr.
The position is to be filled within the CERI Digital Systems department in collaboration with Kynexia.
Responsibilities:
In the context of the rapid growth of connected objects and wearable devices, smart insoles serve as a particularly relevant platform for acquiring fine biomechanical data related to posture, locomotion, and plantar support. However, their integration directly in contact with the body and environment imposes significant constraints regarding miniaturization, energy consumption, and data processing.

