Research Tech Labs

The "Research Tech Labs" bring together the research laboratories of the engineering schools within the IONIS group, including EPITA, ESME, IPSA and Sup'Biotech. These labs focus on interdisciplinary research themes and chairs, fostering innovation and collaboration across various fields. By leveraging the expertise and resources of each institution, the Research Tech Labs aim to drive technological advancements and address complex challenges in today's rapidly evolving world.

This research organization brings together four laboratories from different engineering schools, fostering a collaborative ecosystem dedicated to addressing complex, cross-disciplinary challenges. By pooling their diverse expertise—from mechanical and electrical engineering to computer science and materials science—the labs work jointly on innovative research projects that transcend traditional academic boundaries. This alliance encourages knowledge exchange, resource sharing, and the co-development of cutting-edge technologies. Through this integrated approach, the organization not only enhances the scientific impact of each participating lab but also contributes to solving real-world problems through holistic and interdisciplinary innovation.

Research Committee

The Research Board Committee plays a crucial role in overseeing the strategic direction and ethical integrity of research activities within an organization or institution. It is responsible for evaluating research proposals, ensuring they align with institutional priorities and comply with ethical standards and regulatory requirements. The committee also provides guidance on funding allocation, fosters collaboration among researchers, and supports the development of innovative projects. Through its oversight, the Research Board Committee helps to maintain academic excellence and uphold the credibility and impact of the institution’s research output.

Research Projects

The organization leads a diverse portfolio of transdisciplinary research projects that bridge multiple fields of engineering and science. These include the development of sustainable energy systems integrating smart grid technologies and advanced materials, the design of autonomous robotic platforms combining artificial intelligence and mechanical innovation, and the creation of digital health tools that leverage data science and biomedical engineering. Other initiatives focus on climate-resilient infrastructure, human-machine interaction, and circular economy models. By uniting researchers across disciplines, these projects aim to generate innovative solutions with real-world applications and a strong societal impact.