OUR COMPANY

Digital Shovel is a fast-growing tech manufacturer based in Scarborough, building modular data center solutions for the blockchain and AI infrastructure space. We design, manufacture, and innovate everything in-house at our 70,000 sq ft facility.
We’re not just known for our products—we’re proud of our people. With a supportive team culture, full benefits, an on-site gym, free healthy snacks, and even a golf simulator, we’re focused on creating an environment where great work (and fun) happens every day. Learn more at .

THE POSITION

We’re looking for an Automation Engineer to help integrate Fanuc robots into our manufacturing processes—from welding and painting to material handling. You’ll work hands-on to design and troubleshoot robotic cells, ensuring they run safely, efficiently, and reliably on the shop floor.
Proficiency in using FANUC Roboguide for offline robot programming, cell simulation, and cycle time analysis is essential. You should be able to develop, test, and validate robot paths and logic within a virtual environment before deployment.
The ideal candidate has a background in robotics or automation engineering, with mechanical know-how and a proven ability to bring systems from concept to execution. If you’re excited about working with cutting-edge robotics in a fast-paced, growth-focused environment, we want to hear from you.

EXPERIENCE THE IDEAL CANDIDATE WOULD BRING :

• 4–5 years of hands-on experience in industrial automation, ideally within manufacturing
• Proven success integrating FANUC robots in production (welding, painting, pick-and-place, assembly)
• PLC and safety PLC programming, including complete safety system integration in robotic cells
• Electrical and mechanical troubleshooting, including wiring diagrams, servo systems, and motor controllers
• Previous integration of robotics into assembly lines or automated workflows

• Designing and Integrating automated cells with FANUC robots, and other machinery , using Teach pendant programming and PLC(s).
• Utilize FANUC Roboguide for offline robot programming, cell simulation, and cycle time analysis to ensure optimal robotic performance.
• Develop, test, and validate robot paths and logic in a virtual environment prior to on-site deployment.