Senior Electrical Engineer

Physical Electronics USA•Chanhassen, MN

7d•$130,000 - $160,000•Onsite

About The Position

Physical Electronics USA (PHI) is seeking a Senior Electronics Design Engineer to provide technical leadership to a small design group of five to seven engineers and technicians. This role combines hands-on design and prototyping with technical supervision, resource planning, project leadership, and cross-functional system integration. PHI is a global leader in analytical instrumentation for the surface analysis market. Our products integrate advanced digital and analog electronics, embedded systems, instrument-control software, precision mechanical and electromechanical systems, high-voltage electron and ion optics, and automation. PHI instruments are used by leading research institutes, universities, and industrial laboratories worldwide.

Requirements

Bachelor’s degree in electrical engineering, electronics engineering, or a closely related field; an advanced degree is preferred.
More than 10 years of experience designing chassis-level mixed-signal control electronics for highly integrated hardware/software products; 15 or more years is preferred.
Demonstrated expertise in mixed-signal electronics design, test, and integration; control and data acquisition/processing; digital communications; and low-noise analog design.
Experience with medium- to high-voltage analog electronics and appropriate high-voltage design and safety practices.
Hands-on experience with microcontrollers, FPGAs, embedded firmware, PCB design, circuit simulation, prototyping, and laboratory test equipment.
Competency with modern electronic design CAD tools such as Altium, OrCAD, and PSpice.
Working knowledge of PCB and chassis-level manufacturing technologies, contract manufacturing, and design for manufacturability.
Demonstrated project leadership in estimating, planning, risk mitigation, resource coordination, and execution management.
Ability and desire to lead a small, highly technical engineering team while remaining actively involved in design and problem-solving.

Nice To Haves

Experience designing capital equipment for scientific research, semiconductor, advanced materials, or advanced manufacturing applications.
Experience working with international engineering or manufacturing partners, particularly in a global product-development environment.
Experience supporting products through design transfer, manufacturing, field service, reliability improvement, and lifecycle management.
Ability to travel occasionally to business-partner and customer locations, including internationally, generally fewer than 10 days per year.

Responsibilities

Provide technical leadership and supervisory oversight for a group of mixed-signal electronics design engineers and technicians.
Translate system-level requirements into unit-level engineering specifications, development plans, cost estimates, schedules, and resource requirements.
Provide project-planning input, manage technical risk, and work with PHI R&D leadership and ULVAC-PHI in Japan to develop the annual engineering plan.
Maintain PHI’s state-of-the-art electronics design capability through technical study, continuing education, and practical application of emerging technologies.
Design, prototype, procure, build, test, document, and support custom mixed-signal electronic controls and data-acquisition systems.
Develop low-noise, medium- to high-speed analog circuits and medium- to high-voltage analog circuits ranging from approximately 200 V to 30 kV.
Design embedded control systems using microcontrollers and FPGAs; contribute to firmware development using technologies such as Raspberry Pi, Python, and Verilog.
Design and integrate digital communications including USB, Ethernet, SPI, and related interfaces.
Lead complex hardware/software system-level integration, test, troubleshooting, and debug activities.
Create and manage strategic partnerships with contract electronics manufacturers.
Apply current PCB- and chassis-level electronics manufacturing methods and design-for-manufacturability best practices.
Partner with software, systems, mechanical, manufacturing, and service teams on system design, integration testing, documentation, and product support.
Provide guidance for continuing engineering, reliability improvements, obsolescence management, and support of PHI’s current electronics suite.