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MISSIONEnsure the reliability, performance, and compliance of our next-generation smart industrial automation and connected products electronics. Bridge the gap between design and production by developing rigorous verification protocols and executing hands-on testing to ensure every sensor and control unit meets the highest standards of excellence.
MAIN RESPONSIBILITIES
Technology Scouting & Technical know-how: Investigation in new solutions and innovative technologies on analog and digital electronics (e.g. MCUs, MEMS, etc.)
Technology Requirements Analysis: Definition of the electrical features of electrical circuits and sizing of hardware components based on the performance required by customers
Hardware Development: Design and review of hardware electronics and validation cycles before industrialization
Hardware Development: Design of electronic prototypes for quick proof-of-concepts and internal test tools
Hardware Development: Design test simulations and lead test bench development to validate electronics system performance and functionality
Hardware Development: Guarantee Test Analysis and Reporting
Hardware Validation: Perform root-cause analysis of hardware failures and edge-case behaviors in industrial environments
Hardware Validation: Develop automated test benches using scripting languages to streamline repetitive validation sequences
Hardware Validation: Validate signal integrity, power delivery, and thermal performance of new hardware iterations
Hardware Validation: Support compliance testing for EMC/EMI and industrial safety standards
Technical Documentation: Create and update the technical documentation associated with new project or changes of existing products, to cover all elements of the project life cycle (project requirements, preliminary and final design and release, prototyping update of product documentation) in compliance with global quality standards
REQUIREMENTS
Background in Electronics Engineering, Automation, Mechatronics or Robotics
Proficiency in using lab equipment for debugging and verification (Oscilloscopes, Multimeters, Logic Analyzers)
Solid understanding of analog and digital circuit design and industrial sensor interfaces
Experience in scripting and coding (Python or C) for hardware control and test automation
Ability to read and interpret complex schematics and layout files
Problem-solving skills applied to hardware-software integration
Bonus Points
Experience with PCB design tools like KiCAD or Altium Designer
Knowledge of industrial communication protocols (Modbus, CAN bus) as well as IoT protocols
Familiarity with Environmental Stress Screening (ESS) and reliability testing methodologies
Experience with version control (Git) for managing source code, test scripts and documentation
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