Electrical Controls Engineer

Durin was founded under the belief that a future where humanity has access to limitless resources is fundamentally more exciting than one where we do not. Today Durin is actively developing the technologies to make this possible, with the ultimate goal of becoming the bedrock of the global supply chain and enabling a more abundant future for everyone.

Who We Are

At Durin, we drill for mineral exploration companies. Despite being a $6B industry, exploration drilling technology has hardly changed in over 60 years. Our mission is to change that. The first step is retrofitting drilling rigs with automated controls and real-time data streams to increase speed, efficiency, and reliability – quickly followed by the production of our own equipment.

Building the Rig

We are hiring an electrical controls engineer to design and implement the electrical systems that drive our autonomous drilling rigs. You will rapidly prototype, iterate, and collaborate closely with mechanical and software teams, testing systems in the field daily or weekly.

Note: You don't need mining or drilling experience to excel in this role.

• Design and implement electrical systems—sensors, power distribution, controls—for autonomous drilling rigs
• Collaborate closely with mechanical engineers to ensure seamless subsystem integration
• Optimize sensors, wiring, and power components for durability and reliability in rugged conditions
• Create and maintain electrical schematics, wiring diagrams, and system specifications
• Test, troubleshoot, and validate electrical assemblies in both lab and field environments
• Specify and source components (sensors, actuators, cables, connectors) fit for harsh operational settings
• Support field diagnostics and performance analyses to drive continuous improvements

• Experience in electrical design for heavy machinery, robotics, or autonomous systems
• Proficiency with electrical CAD tools (e.g., KiCAD, EPLAN)
• Strong knowledge of power distribution, sensor technologies, motor control, and automation fundamentals
• Familiarity with industrial communication protocols (CAN bus, SPI, I2C, Ethernet)
• Experience with PLCs, HMIs, and embedded systems integration
• Skilled with electrical testing tools (oscilloscopes, network analyzers)
• Knowledge of signal processing techniques (filtering, noise reduction) for robust data quality
• Ability to work in a fast-paced and collaborative environment to rapidly prototype and manufacture new products
• Experience with field testing and working in rugged environments