Electronics Engineer, Diagnostics & Data Acquisition

General Fusion is seeking a Senior Electronics Engineer to join our Controls & Electronics team. This team designs and supports the data acquisition, instrumentation, and control electronics used in the operation of LM26. Measurements taken during machine operation are made in the presence of large pulsed currents and voltages, and the quality of those measurements directly determines what the physics and engineering teams can conclude from each experiment.

This is a senior-level individual contributor position, serving as the technical lead for the electronics group with opportunities for expanded leadership scope as the team grows. The successful candidate will set design standards, lead design reviews, resolve the difficult signal and system-level problems encountered during operations, and provide technical mentorship to other engineers.

While the job title does not include a formal seniority designation, this is a senior-level role. At General Fusion, we do not use seniority designations in our job titles to differentiate individual contributor levels. Instead, seniority is reflected in the scope of responsibilities, level of expertise, and technical leadership expected of the role.

The position reports to the Manager, Pulsed Power Systems, and is located on-site at General Fusion’s Richmond, BC facility. Shift work is not expected; however, extended hours during experimental campaigns and troubleshooting activities are a regular part of this role.

Job Requirements

• Bachelor’s degree in Electrical Engineering, Electronics Engineering, or equivalent.
• Minimum of 10 years of progressive experience designing, deploying, and commissioning electronic systems in R&D, scientific, or industrial environments.
• Demonstrated experience maintaining measurement integrity in electrically hostile environments, including practical application of grounding, shielding, isolation, and common-mode rejection techniques.
• Expertise in analog signal conditioning and high-speed digitization, including amplification, filtering, anti-aliasing, ADC selection, and sampling and timing trade-offs.
• Experience providing technical leadership, such as leading design reviews, setting design standards, or mentoring other engineers.
• Ability to commit to a design direction with incomplete information and revise as test data becomes available.
• Proficiency with schematic capture and PCB layout tools (Altium preferred) and circuit simulation (LTSpice or equivalent).
• Clear technical documentation and communication skills, including presenting design decisions to multidisciplinary audiences.
• Commitment to safe work practices in a lab or R&D environment.

Preferred

• Experience in fusion, high-energy physics, particle accelerator, pulsed power, or similar research facilities.
• Familiarity with high-voltage and high-current measurement techniques (resistive and capacitive dividers, Rogowski and Pearson coils, current transformers) and their bandwidth and calibration limitations.
• Experience with fibre-optic signal links and low-noise front-end design.
• Experience with LabVIEW and data acquisition hardware.
• Experience with industrial control systems and PLCs; familiarity with Beckhoff TwinCAT is an asset.
• Proficiency with general-purpose programming languages (Python, C, C++) for test automation and data analysis.
• Experience supervising or managing engineers.
• Master’s degree in a relevant engineering discipline.
• Registration as a Professional Engineer (P.Eng.) with EGBC, or eligibility for registration.

Job Responsibilities

• Serve as the electronics group's technical authority on analog and digital design, signal integrity, and measurement methodology.
• Architect, design, and commission signal chains (sensor interface, conditioning, isolation, digitization, and transmission) that deliver reliable measurements in an electrically noisy, high-voltage, pulsed-power environment.
• Troubleshoot and characterize instrumentation performance in the lab during experimental operations, distinguishing real signals from noise, coupling, ringing, and other measurement artifacts.
• Define and maintain grounding, shielding, and isolation practices for the team, including fibre-optic and galvanically isolated links.
• Own the hardware development lifecycle from requirements through schematic design, PCB layout, prototyping, test, and release. Lead design reviews and establish review standards for schematics, layouts, and test plans.
• Provide technical guidance and mentorship to engineers on the team, including at the bench and through design reviews.
• Gather and translate requirements from physics, mechanical, electrical, and software stakeholders into supportable electronic solutions, and make design decisions where requirements are incomplete or changing.
• Document designs, calibration procedures, and test results so that systems are maintainable and repeatable across the team.
• Champion a strong safety culture and ensure compliance with applicable electrical, machine safety, and lab safety standards.

What We Offer

• Ten personal days
• Four weeks’ vacation
• Comprehensive benefits package
• RRSP Contribution
• Support for professional development
• Great company culture – social events, weekly lunch program, bike rides, Sun Run, etc.