Freelance service offer.

Responsible for France area

It was an incredible experience in many ways :- First, because I worked with an amazing team, fun, motivated, result oriented and managed in a ONE TEAM spirit ! At a point we were like a team of entrepreneurs working together. - Then, because I was hired at the beginning of a big innovation cycle. I was sort of the first arrived of a growing team dedicated to electronic innovation. With the management, we built from scratch an electronic and firmware team that was highly efficient to take full control of the legacy technology, to innovate and to deliver a state of the art electric bike-share system !- Also, because I was challenged a lot, far from my comfort zone, in a different country, where I learnt every day. It sharpened my work focus into time-to-market, and opened an appetite for risks, failures acceptance and iterations.- And finally, because I am very proud of the product we designed and raised to life in the streets of several cities ! Along this adventure, I defined the detailed architecture of the solution (Firmware and Hardware) to be fully communicant and upgradeable. This allows now a wide range of possible features to help operation and improve user experience. All this is upgradeable OTA (Over the Air) allowing continuous improvement of all the components of the system from station power management to eBike propulsion characteristics.I lead the firmware and electronic team to :- Design- Industrialize- Ensure quality and get the system certified- Support deployment and operation of the newly developed system.Overall a great success with 10k+ eBike charging points delivered to Barcelona (Bicing) on time and fully operational. Same success in Valence (Libélo) and Monaco (MonaBike).Thanks to the PBSC team.

• Resource management• Training and mentoring new engineers in the company• Project management and planning - medical (ISO 13485, IEC 62304) and industrial• Customer communication animation (Main interlocutor)• Writing of technical specifications• Microcontroller choice, optimization of needed hardware resources• Design of electronic patterns (technical and economic analysis, choice of components and definition of custom parts)• Supervision of implantation, PCB Layout and mechanical integration• Monitoring supplies for prototypes and preproduction• Tuning, debugging and validation of prototypes• Development of embedded software, internal coding rules and code reuse strategy• Monitoring of electronic board industrialization: subcontractors monitoring, definition or development of test tools• Supervision of product qualifications (EMC, environmental etc.)• Implemented technologies (Hardware and Embedded software) :RFID 13.56MHz, Ethernet, Bluetooth (Using All-in-one module),Video Interface : DisplayPort, DVI and LVDS, RS232/RS485, I²C, SPI, USB device, Stepper motor command, Spark generation, ADC various sensors (current, temperature, Wheatstone bridge…), DAC, Management of Charging and Charge level reading li-ion batteries, Bootloader implementation …• Programming languages : C, Assembly, Python, batch, C++, VBA, Matlab• Microcontrollers : ST STM32 - CortexM3 ; ATMEL ATMega - AVR ; ATMEL AT91 - ARM7, TI MSP430• Simulation : LTSpice• Development Environment: IAR Embedded Workbench, AVR studio• EDA software : Mentor Graphics : PADS logic, PADS Layout

Tasks performed on electronic projects:• Technical management, customer communication and project planning• Writing of technical specifications• Microcontroller choice, optimization of needed hardware resources• Design of electronic patterns (technical and economic analysis, choice of components and definition of custom parts)• Supervision of implantation, PCB Layout and mechanical integration• Monitoring supplies for prototypes and preproduction• Tuning, debugging and validation of prototypes• Development of embedded software, internal coding rules and code reuse strategy• Monitoring of electronic board industrialization: subcontractors monitoring, definition or development of test tools• Supervision of product qualifications (EMC, environmental etc.) Designed product examples:• Control module for Assisted Leg prosthesis Knee/Ankle, battery management, MEMS, Bluetooth• DisplayPort/DVI/LVDS Interface boards with backlight power supply – used for HD displays on public transport and on power plant simulators• Control modules for professional portable tools, battery monitoring, RFID for disposable part traceability. High industrial added value, product range quantity : 100,000 pieces/year• Various input/output analog/digital boards driven by USB, RS232 – used on access control and simulators• Audio and digital input/output driven by Ethernet - used on access control

Tasks performed on electronic projects: • Writing of technical specifications • Microcontroller choice, optimization of needed resources • Design of electronic patterns• Support of PCB routing • Tuning, debugging and validation of prototypes • Development of embedded software • Support of industrialization: subcontractors monitoring, definition or development of test tools • Supervision of product qualifications (EMC, environmental etc.)

Employed for the implementation of the RoHS directive in the company

Mission: Study, design and implementation of a high-frequency (GHz - UWB) amplifier