Ralph Sindjui

• Identify and evaluate innovative projects and partnerships for business growth. • Scout startups, assess emerging tech, and collaborate with academic partners. • Define mid/long-term tech strategy and product portfolio aligned with corporate goals. • Launch new Business Units, supporting sustainable development. • Lead cross-functional teams and ensure synergy with internal Business Units.

• Develop innovative electrical systems for decarbonized mobility, leading technical teams. • Provide strategic guidance, scientific monitoring, and technical reporting. • Publish articles and drive continuous improvement through technical capitalization. • Coordinate collaborative projects with industry and research partners.

• Validate new technological components for electric landing systems. • Conduct technical analysis and reporting to support R&D and business objectives. • Monitor competitive technologies to ensure product leadership and compliance. (On behalf EPSYL)

• Design and instrument innovative microsystems for aeronautics and automotive applications. • Collaborate with industry partners to transfer research into practical solutions.

• Design and qualify measurement benches and standards in electrical metrology. • Reduce measurement uncertainties and automate instruments to improve accuracy.

• Modeled and characterized capacitive MEMS (cMUT) acoustic sensors, focusing on electromechanical performance to optimize sensitivity and frequency response for advanced applications (Medical devices). • Contributed to R&D projects in micro-sensors and vibration analysis, collaborating with cross-functional teams to validate prototypes and improve sensor design.

• Provided technical support to students in university residences, troubleshooting hardware, network, and software issues to ensure seamless IT operations.

• Explored chassis fabrication processes and production workflows, gaining hands-on insight into automotive manufacturing best practices.