Electrical Engineer - Radiation Therapy & Nuclear Medicine

Mirion Technologies, Inc.; Melbourne (FL); On-site; USD 70,000 - 110,000; Full time

Job summary

Mirion Technologies, Inc. in Melbourne, FL is seeking an Electrical Engineer to lead system-level architecture for radiation therapy and nuclear medicine products.

You will translate complex requirements into robust electrical, software, and interface specifications, and drive innovation in signal processing and system integration. The role focuses on designing precision analog and high-speed digital circuits, including microcontroller subsystems, high‑bit ADC/DAC interfaces, and ultra-low-noise

Qualifications

• BS in Electrical Engineering or equivalent discipline.
• Experience designing analog front ends with sub-nanoamp currents and picoamp leakage analysis.
• FPGA/CPLD based signal processing for real-time applications.
• Embedded bare-metal firmware and RTOS integration.

Responsibilities

• Lead system-level architecture, translating requirements into electrical, software, and interface specs.
• Design precision analog and high-speed digital circuits including MCUs, high‑bit ADC/DAC interfaces, and low-noise front ends.
• Create comprehensive design documentation (schematics, PCB layouts, BOMs, drawings, theory of operation).
• Lead and participate in design reviews (DFx, FMEA) and develop robust validation/test protocols.
• Provide product training for production, support, sales, and test technicians.
• Coordinate with regulatory bodies for testing and ensure compliance with domestic and international requirements.
• Assist in risk assessment and DFx activities (DFM, FMEA, tolerance analysis).

Skills

Low-noise analog front ends

High-voltage bias generation

FPGA/CPLD signal processing

Embedded systems timing

EMC/ESD mitigation

Education

BS in Electrical Engineering

Job description

Mirion Technologies, Inc. in Melbourne, FL is seeking an Electrical Engineer to lead system-level architecture for radiation therapy and nuclear medicine products.

You will translate complex requirements into robust electrical, software, and interface specifications, and drive innovation in signal processing and system integration. The role focuses on designing precision analog and high-speed digital circuits, including microcontroller subsystems, high‑bit ADC/DAC interfaces, and ultra-low-noise