Location: Ottawa, Canada (on-site)
Reports to: Production Manager
Role status: Existing role
At RBR, we’ve been designing cutting-edge instruments to measure our blue planet for over 50 years. Built to withstand some of the harshest environments on Earth, our instruments are deployed from the ocean’s deepest trenches to the polar ice caps, capturing essential data on water temperature, salinity, pH, and more. This data empowers researchers in the global fight against climate change, and our technology supports groundbreaking science with partners like Fisheries and Oceans Canada, Woods Hole, the Scripps Institution, and the British Antarctic Survey.
At RBR, we care deeply about our work, each other, the environment, and the global communities we serve. We value teamwork, continuous improvement, and having fun along the way. From Friday lunches to social events, we’re a crew that thrives on taking on complex and exciting challenges that have a meaningful impact on the blue planet! Ready to make waves with us? Apply below!
We are looking to hire an Electro-Mechanical Assembler for a full-time permanent day shift position. In this role, you will report directly to our Production Manager and be responsible for producing high-quality products. This hands-on position allows you to work independently and allows you to demonstrate your skills. As part of a small team of technical experts, you must be dedicated, an effective communicator, and thrive in a fast-paced environment. This role is a great opportunity to develop your skills and grow in other areas within RBR.
Build high-quality electromechanical assemblies
Read through process documentation, bills of materials (BOM), drawings and electrical schematics to ensure accurate assembly of our products
Perform high-quality soldering using soldering tools, a microscope, and other equipment
Collaborate within a fast-paced team environment to drive process improvements and cross-training initiatives.
Work with the Research and Development department on new product introductions and contribute to the design of manufacturing (DFM) initiatives