Camille Kerbaul Email & Phone Number

Paris, Fr

- Spearheading the development of groundbreaking solutions in health and sustainability, including multiple multimodal biosensing devices and coral reef monitoring systems.- Established and scaled an engineering agency specializing in health-tech and sustainability.- Built a team of engineers adept in 3D modeling, prototyping, and manufacturing.

Paris Area, France

- Directed the mechanical engineering and mass production of sleep-tracking headbands, collaborating with global partners (Fuse Design, Lunar Design, COMPAL).- Developed full product 3D models using SolidWorks and ensured iterative prototyping with methods like vacuum casting, CNC machining, and silicone molding.- Integrated advanced smart textiles into wearable designs for increased functionality and user comfort.- Managed communication with international suppliers to ensure production quality and adherence to timelines.

Greater Boston Area

- Designed and 3D-printed a waterproof UAV cover for the WaterFly Project, addressing environmental durability challenges.- Integrated electronic components into drone systems for enhanced functionality.- Collaborated with multidisciplinary teams to advance urban technology projects.

Wyss Institute For Biologically Inspired Engineering At Harvard University

Wyss Institute for Biologically Inspired Engineering at Harvard University- Designed and built the A.I.R Incubator, enabling precise breathing simulations for the Lung-on-a-Chip project.- Conducted microfluidic studies to evaluate mechanical stresses on lung cells.- Automated experimental devices using Arduino microcontrollers to improve efficiency and precision in biological research.- Supported scaling the microfluidic device prototypes for mass manufacturing.

Wyss Institute For Biologically Inspired Engineering At Harvard University

- Contributed to groundbreaking research on the Lung-on-a-Chip project led by Don E. Ingber, Geraldine Hamilton, and Remi Villenave, which revolutionizes organ-level disease modeling.- Designed and developed the A.I.R Incubator, a device enabling chips to simulate breathing at programmable intervals, critical for replicating physiological conditions.- Conducted microfluidic analysis to measure and optimize shear stress applied to lung cells, ensuring realistic biomechanical conditions.- Automated the A.I.R system using Arduino microcontrollers, enhancing functionality and research efficiency.- Collaborated with biologists and engineers to translate innovative concepts into tangible tools for organ-on-chip research.

Laval Area, France

(Tourism for disabled people)- Organized and led customized tours for a group of 15 individuals with disabilities, ensuring their safety, comfort, and engagement throughout the experience.- Adapted itineraries and activities to meet diverse needs, promoting inclusivity and accessibility.- Cultivated strong interpersonal skills by supporting participants and fostering a positive and accommodating environment.- Gained valuable experience in logistics, group management, and delivering exceptional service to individuals with unique requirements.

Angers Area, France

(Pharmaceutical Lab)- Participated in the maintenance and safety operations of industrial equipment in a pharmaceutical laboratory.- Worked collaboratively with the maintenance team to ensure the optimal functioning and compliance of machinery with safety regulations.- Gained hands-on experience with troubleshooting, preventive maintenance, and repairs to uphold high standards of operational efficiency.- Developed an understanding of pharmaceutical manufacturing processes and equipment reliability management.

Le Mans Area, France

(Automotive Industry)- Conducted quality control assessments of automotive components in the metrology department, ensuring precision and adherence to manufacturing specifications.- Utilized advanced measuring tools and techniques to verify part dimensions and tolerances, supporting the production of high-quality driveline systems.- Collaborated with engineers to document and analyze discrepancies, contributing to process improvements in quality assurance.- Developed a strong understanding of quality standards in the automotive industry and the importance of precision engineering in mass production.