Lausanne, Vaud, Switzerland
-- Embedded System Engineer, with experience in electronics, mechanics and code development. -- Experienced, as project leader, during the development and production phase in multinational companies (travel in Europe, Asia & North America). -- Autonomous, meticulous, Strong team player with excellent communication and analysis skills. -- Proven capabilities to manage and negotiate with the various project contributors and customers -- Strong technical knowledge in motor controls & hardware system architecture. Specialties: • Electronic, Code and Mechanical development for embedded systems, • Customer Support, • Market Development technical support, • Biomedical engineering.
- Electronic circuit design and advising for complex systems (including power supplies, processors & capacitive sensors) produced in high volume. - Project Management from the customer requirement definition to the performance evaluation, including development follow-up & code development with internal design teams - Complex system issues troubleshooting, solution proposition and implementation - Technical support and advising to customers during manufacturing (product integration, production test, failure analysis) in various R&D centers in Europe. - Implementation of new inventive features (HW and SW) based on customers’ needs and requests - New Products and features prototyping, validation and improvement
- Development of automated test systems for new motor control products - Technical support for the development, implementation and production of new generations of “motor-controllers” (ASIC) in the customers’ Hard Disk Drives - Support quality and efficiency led to a complete switch over of the customer production and an increase of their market share - ASIC specification / Technical documentation creation and maintenance
- Development and characterization of an alternative way of performing the Read/Write heads retract in a Hard disk drive - Proposition of an electronic design to add to the existing ASIC - Feasibility Study of a future implementation in silicon