Hardware Embedded Staff Engineer

- Perform activities related to medium complexity integrated circuitry design for electronic equipment and systems;

- Apply good design practices in compliance to Flextronics design guidelines;

- Design in compliance to Flextronics Product Life Cycle and electronic design Product Develop Plan;

- Able to lead project feasibility tasks, where product specifications are not defined yet and subject to changes;

- Support on DfX related activities;

- Perform electronic design of medium complexity equipment (drivers for motors, pumps, valves, transducers, sensors, LCDs) based on microcontrollers;

- Perform electronic design starting from existing architectures or proposing new ones according to product requirements;

- Perform Reverse Engineering on existing designs for cost optimization (Value engineering);

- Draw up error budgets, power budgets and detailed electrical report on implemented electronic design starting from components specs and labs measurements/characterizations;

- Find cost optimal solutions in design implementation

- Work closely with other functional groups (project management, software, mechanical, quality, testing) following, as Electrical Engineer, the device life-cycle development steps up to the mass production;

- Work in close collaboration with customer in any design development phase

- Participates in design review

Your profile:

- Electrical Engineering degree or equivalent;

- Minimum of 3 years of experience in electrical engineering design in product development;

- Advanced English skills in communication (written and verbal form).

- Strong leadership and teamwork attitude;

- Good communication skills;

- Good attitude in facing end customers worldwide;

- Very flexible and motivated;

- High level of commitment to the success of a project;

- Easily manages and understands existing architectures and designs;

- Very good attitude in problem solving and optimization;

- Knowledge of:

• Orcad Capture CIS;
• Embedded microcontroller architectures;
• Very low power electrical design for battery operated devices;
• HW/FW partitioning analysis techniques;
• High accuracy and very small signals analogue front end design;
• A/D conversion techniques;
• USB, RS232, SPI, I2C lines;

Laboratory instrumentation (oscilloscopes, meters…).