Job Description As a Sr. Electronics Engineer , you will be part of an innovative and highly-skilled multidisciplinary team developing world-class laser, scan head, and photonics products. To operate effectively in the role you will require significant design experience in electronics and controls engineering. You will add value to the team by: Designing, developing and programming control systems and power supplies for high precision, high speed electro-mechanical and optical devices Interfacing with RF Engineers, Laser Scientists, Mechanical Engineers and R&D Leadership to develop new products that meet market requirements for high quality and reliability photonics products (lasers and scan heads) Responsibilities Interact with multiple engineers and scientists to design, develop and sustain multiple aspects of the product line, including: Laser power control systems Embedded condition-monitoring sensors / Industry 4.0 Galvanometer-based scan head solutions for laser beam delivery Devise, execute and document tests and experiments to produce specific information on new and existing control systems Collaborate with Project Management and R&D Leadership in the development of project scope, schedule and budget estimates. Build relationships and manage deliverables from external design vendors where appropriate. Build relationships with sister companies to ensure fully leveraging available libraries, resources, and expertise within the organization. Job Requirements Required Qualifications Bachelor s Degree in Electrical Engineering. Minimum of 10 years of experience in electronics, controls engineering design, and/or embedded software. Direct experience in the following key technical areas: Electromechanical, robotic, and/or optical projects, preferably for industrial environments. Software/firmware development for real time embedded control systems using microcontrollers, embedded processors, DSPs including digital filters etc. Embedded computer hardware design and interfacing; microcontrollers; communication protocols (CAN, Ethernet, I2C, SPI); external IO and interrupt signals Embedded Linux PCB layout best practices Firmware, including: VHDL, and CPLD/FPGA designs. Writing design and procedural specifications for manufacture. Experience with Design for Reliability and/or Design for Manufacturability a plus. Use of electronic diagnostic equipment such as DMM, oscilloscopes, logic analyzers, etc. Feedback control systems. PCB layout techniques that minimizes noise and EMI. Electronics CAD software such as Altium, and OrCAD capture. Ability to lead complex troubleshooting in response to unexpected failures. Excellent communication skills. Other Desired Qualifications/experience Switching power supply design. Experience in the design of servomechanisms and supporting circuitry. Proficiency in frequency and time domain analysis, digital signal processing, control theory.