Technical Skills
• Deep understanding of low power electronics design, architecture, and validation.
• Solid foundation in core electrical engineering principles including fundamental circuit designs, RF Electronics design, simulation, test & measurement, and analytical analysis.
• Strong ability to contribute to IoT hardware design, implementation, testing, and debugging.
• Solid understanding of manufacturing processes and testing procedures for devices that have long-term operational lifetimes.
• Ability to develop embedded software from design and architecture to code generation, ultimately resulting in firmware that is robust, secure, and production-ready.
• Deep understanding of embedded C/C++ programming development.
• Experience with test equipment and test methods for analog, digital, and RF electronics.
• Strong scripting language abilities using Python and shell.
• Evaluate design solutions as well as perform IoT electronics functional test and system integration.
• Proven ability to create and construct working prototypes for testing and validation.
• Ability to work with other Electrical, Mechanical, and Validation Engineers in analysis, investigation, and resolution of engineering problems.
• Experience designing products for deployment in commercial environments and meeting regulatory certification (UL, FCC, CE, IC).
Non-Technical Skills
• Demonstrated ability to design, develop and verify electronic hardware systems for compact, low-power, embedded microcontroller electronic parts.
• Proven track record for keeping abreast of industry concepts, products, and trends to evaluate and deploy optimal solutions.
• Process-oriented, with a proven track record of driving decisions collaboratively, resolving conflicts, and ensuring follow-through.
• Problem solving mentality, leveraging internal and/or external resources.
• Exceptional verbal and written communication Certifications.
• International Society of Certified Electronics Technicians (CET), or Electronics Technicians Associations certifications.