Customer supportSoftware trainingsProof of concept designTestingBusiness development

Implemented automation of test procedures for handheld metrology 3D scanners, resulting of an increase of test reproductibility and efficiency. Designed, simulated and implemented test setups, utilizing roboDK, Elite Robot, Han’s Robot and python scripts.Managed the automation of accuracy certification procedures following the JJF 1951 protocol for 3D scanners, ensuring adherence to industry standards and repeatability in conformity with ISO17025.Conducted research on the automation and integration of 3D scanners for in-line inspection with robot arms, employing simulation and automation tools.

Created and conducted product training sessions for 3D scanners, Reverse engineering (DesignX), inspection methods and measurement software (ControlX, Verisurf, NextMeasure), resulting in enhanced customer understanding and product utilization.Provided product demonstrations and customer support for 3D scanners and inspection software, contributing to increased customer satisfaction.Developed an automated solution for accuracy certification of 3D scanners, aligning with the VDI VDE 2634 standard. Utilized a UR cobot, RoboDK simulation software, and automation tools.

Offered engineering consulting services in metrology, 3D scanner technology, and 3D printing, providing tailored solutions to clients.Conducted trainings on 3D Printing FDM, equipping teams with the knowledge and skills for effective implementation.

Implemented robust test procedures for reliability on MetrologX4 (measurement software) and SilmaX4 (robot simulation software), enhancing software quality.Contributed in the writing of new functionalities requirements of new software NextMeasure.

Led accuracy tests for 3D scanners, ensuring precision and reliability in accordance with industry standards.Established protocols for specification tests, integrating insights from scientific literature and adapting methods to the company's products.Contributed to the enhancement of product quality through rigorous testing procedures.

Conducted comprehensive product training for customers and team members, focusing on 3D scanners, Reverse engineering, and Inspection.Coordinated global technical support for 3D scanners, managing a team of 6 people and overseeing the development of support tools.

Managed R&D projects on the hardware part of Allure Systems' technology, overseeing CAD mechanical design, 3D printing (FDM), and polyurethane resin casting.Spearheaded mannequin prototyping that resulted in increase of efficiency to follow client requirements.Demonstrated leadership in driving successful R&D initiatives within the hardware domain.

Applied mechanics department.Conducted in-depth analysis and experimentation on the joints of the Vasa (17th-century warship).Carried out wood property characterization, created finite element models, and managed the construction of the experiment setup.Academic outcome : work published in «Towards determination of local and overall displacements of the Vasa ship structure: Effect of its mechanical connections»Supervisors: I. Hassel & K. Gamstedt

Quality inspections in about 50 Chinese factories in the Zhejiang province & Shanghai for Western clients. Contacted factories, performed security tests, used AQL tables, published reports.

Worked on the design and prototyping of a vertical axis wind turbine for rural areas. Carried out the numerical optimization of the blade shapes. Designed and created the manufacturing process of the blades. Carried out efficiency tests.Supervisor: R. Espinoza

Managed the budget of 'Défi Voile ENSMM' for sailing race ccEDHEC 2012

Management products, reception, sale

realization of a fiberglass submarine hull