Controls Engineer

# Controls Engineer General Fusion Electrical Engineering  Mechanical Engineering Established in 2002, General Fusion is a global leader in the race to commercialize clean fusion energy. We are pursuing a uniquely practical approach, Magnetized Target Fusion, and aim to provide zero-carbon fusion power to the grid in the early to mid-2030s. Today at our state-of-the-art labs in Richmond, BC, we’re operating a groundbreaking fusion demonstration machine called Lawson Machine 26 (LM26), designed to achieve transformational technical milestones, and accelerate General Fusion’s technology to commercialization.

Our path to market is funded by a global syndicate of leading energy venture capital firms, industry leaders, and technology pioneers. Learn more at .
*
* Position Overview:

** General Fusion is searching for an experienced Controls Engineer to join our Controls & Electronics team on our path to commercial fusion. Reporting to the Manager, Controls & Electronics, you will bring deep industry experience in controls system design and high-voltage safety to our one-of-a-kind experimental machines - helping shape the controls architecture that ties together the high-voltage pulsed power, vacuum, gas handling, and diagnostic systems behind our plasma physics experiments.

You will be part of a dynamic, multi-disciplinary team delivering the control systems, data acquisition pipelines, and electronics that support our experimental operations. The position is primarily located on site at General Fusion's facilities in Richmond, BC, and may require occasional shift work or flexible hours to support experimental campaigns.
*
* Key Responsibilities:

*** Contribute to shaping the architecture of General Fusion's next-generation control systems, with a focus on robust, scalable, and well-instrumented solutions.
* Architect PLC, motion control, and data acquisition solutions across plasma physics experiments and supporting subsystems - specifying hardware (controllers, I/O, drives, networking) and defining software structure, libraries, HMI patterns, and operator interfaces.
* Lead the design of safety systems for high-voltage equipment, ensuring compliance with applicable functional safety and machine safety standards (e.g., ISO 13849, IEC 62061).
* Drive integration of controls with diagnostics, pulsed power, vacuum, cryogenics, gas handling, and other electromechanical subsystems.
* Make pragmatic build/buy/refactor decisions and champion reusable libraries, clear interfaces, and code that is straightforward to operate and maintain.
* Maintain control system documentation: architecture diagrams, P&IDs, electrical schematics, network topologies, sequence-of-operation descriptions, safety analyses, and software design documents.
* Lead commissioning, tuning, and root cause analysis of complex, multi-disciplinary control system issues.
* Contribute to project planning - scope, estimation, risk, and scheduling of controls work packages.
* Collaborate cross-functionally with physics, mechanical, electrical, and software teams to translate experimental requirements into robust, supportable control solutions.
* Champion a strong safety culture and ensure compliance with applicable electrical, machine safety, and lab safety standards.
** Required Skills and Experience*:
**** Bachelor's degree in Electrical Engineering, Mechatronics, Control Systems Engineering, or equivalent.
* 5+ years of progressive experience designing, deploying, and commissioning industrial control systems in R&D, manufacturing, or process environments.
* Self-motivated, takes initiative, and drives work to completion with minimal supervision.
* Demonstrated experience defining the architecture of complex, multi-system control systems from the ground up - including hardware topology, software structure, data flow, and operator interaction.
* Strong troubleshooting and root-cause analysis skills across electrical, mechanical, and software domains.
* Demonstrated experience designing safety systems for high-voltage control systems, including E-Stop chains, interlock logic, and safety-rated I/O in automated environments.
* Working knowledge of machine and…