ECG dry electrodes, associated connectors and antennas for soldier

 At the heart of a dynamic and friendly urban area, Ensait offers an environment that is perfectly suited to the development of its staff and students. Every year, it trains nearly 400 engineers destined to become major players in the textiles of tomorrow: in the technical textiles, advanced materials, distribution, fashion and luxury sectors. The skills of the teaching staff and the excellence of the Gemtex research laboratory ensure that Ensait students receive a quality of training that is recognised by all the companies and organisations in which its graduates flourish. 

Ensait has 37 teaching and research staff, 50 PhD students, 53 administrative and technical staff and 55 temporary teaching and research assistants, all of whom are committed and ambitious. Do you identify with the values of innovation, social responsibility, sharing and support? 

Join us! 

Contract features: 

Job type: PdD, Full-time fixed-term contract, 36 months (01/10/2023 – 31/09/2026) 

Gross salary: 2070 € /Month (24 840 €/year) 

Degree/training: Master’s degree (No additional exam sessions in master 1 and master 2 modules) 

Langage: English 

Restriction: EU Nationality (EDF funded project) 

Project description 

The overall objective of ARMETISS is to develop a full system of smart clothes and equipment for soldiers, through the study and maturing of the most relevant textile-based advanced technologies, and the design and prototyping of a multi-layer and multi-functionalized concept which will integrate these technologies to demonstrate enhanced soldiers’ protection, comfort and operational capabilities. 

The main outcomes of ARMETISS will be: 

• A comprehensive set of harmonised user systems and technical requirements, through a holistic consideration of soldiers’ needs and user requirements; 

• The definition of the most relevant enabling textile-based technologies; 

• The design of a coherent, integrated solution specifically adapted to soldiers’ requirements and severe environmental conditions; 

• The design and demonstration of a wide range of textile-based functionalized modules, with the integration of several advanced capabilities including thermoregulation, physiological monitoring, wearable human-machine interfaces (HMI), and soldiers’ geopositioning; 

• The delivery and the testing of a comprehensive set of prototypes, in the laboratory and representative combat conditions. 

To achieve the ambition of ARMETISS, the consortium has gathered 18 partners and 3 subcontractors, from 7 EU countries (Czech Republic, France, Germany, Italy, Poland, Portugal, and Spain) and 1 associated country (Norway). Within them, there are 7 RTOs, 4 large enterprises, 2 midcaps, 7 SMEs and 1 cluster. 

Objective 1: Optimise soldiers’ performance by providing safe, reliable and ergonomic solutions 

Objective 2: Sustain combat effectiveness and well-being of soldiers for extended periods in austere, isolated, ambiguous, rapidly evolving environmental extremes 

Objective 3: Increase interoperability of smart and multifunctional components, textile technology and materials Evaluation 

In the project, ENSAIT is involved in: 


T3.1 Smart 

 Textiles for soldier’s physiological monitoring & cognitive state 

ENSAIT will (i) Study the concept of an undergarment for soldier physiological monitoring, based on integrated ECG measurement and (ii) study the optimal integration and connections of electronic components to textile structures, to guarantee the reliability of the monitoring system and its functioning in harsh military conditions of use 


T5.2 Modules for soldier’s physiological monitoring 

ENSAIT will (i) design the architecture of an undergarment dedicated to soldier physiological monitoring through ECG measurement, including all the subsystems and consideration of the environment of the outfit, (ii) design the reliable ECG dry textile electrodes and (iii) the associated connectors and antennas for data and power transmission and (iv) deliver a first implementation through a Proof-of-Concept (PoC) 


T7.1 Prototyping of multifunctional solution 

This task is dedicated to prototyping a multifunctional solution, that can adapt to physical or environmental changes. In this task, the modules from WP5 will be integrated into one or more prototypes forming a soldier system. This means that an operational beneficial subset of modules will be combined in a prototype to be tested in different environments. This ensures that all useful modules are integrated and the prototyping and testing will be done on coherent systems. The system integration will not only consider the prototypes of modules but also the integration of common combat clothing and equipment of soldiers (load carriage equipment – pouches and vests, protective equipment – body armour, helmet, boots). The solution supposes to combine layer 1 and layer 2 of the ARMETISS designed multifunctional soldier system which will be tested in WP8. ENSAIT will realise a prototype for undergarment dedicated to soldier physiological monitoring through ECG measurement 


Mission of the PhD.: 

– Literature review adapted to the context of the application 

– Development and production of ECG dry electrodes, connectors and antennas; 

– Electrical, electromechanical and life cycle testing of the various systems; 

– Analysing results and understanding the phenomena involved 

– Writing and validation of all the procedures involved in the development, testing and production phases of the systems; 

– Participation in the drafting of documents for the consortium; 

– Disseminating results by writing scientific publications and taking part in scientific conferences. 


Personal qualities: Communicative, good interpersonal skills; Practical mind, ability to summarise and drafting skills; Autonomous; Ability to adapt and work as part of a team. 

Candidate’s profile 

Candidates should have experience in the field of e-textiles, smart textiles, bio electrodes, basic electronics. Project management skills 

Application: (send CV and covering letter) 

Cédric Cochrane, 

Vladan Koncar, 

Aller au contenu principal