We are looking for a highly practical, resourceful technical person to bridge product development, prototyping, and manufacturing reality. This role is hands‑on and cross‑functional, focused on turning concepts into working first builds, validating designs, and helping development teams learn quickly through physical and virtual build insight. This person will build and maintain prototype and development units and contribute practical assembly and manufacturing insight during concept and design reviews. They will also develop inventive test setups, design and perform validation tests, and help confirm system performance against specifications, environmental requirements, and electromagnetic compatibility expectations. Through practical testing, troubleshooting, and documentation, they will help determine whether new designs are ready for release into production and ensure products are validated in realistic operating conditions with manufacturability in mind. In this role, you will work closely with mechanical, electrical, manufacturing, and product teams to make designs more buildable, more testable, and better aligned with real inventory, retrofit, and production constraints. You will help action manufacturing‑driven product changes, support movement toward higher‑volume manufacturing readiness, and take ownership of the development build area and its inventory so development work can happen efficiently and reliably. What You’ll Be Doing Build first prototypes and early development units to help validate recent concepts quickly Support virtual building during the design phase by reviewing assemblies before parts are in‑house and identifying likely build issues early Contribute practical builder insight during concept reviews and design reviews, including reality checks, assembly sequencing, and manufacturing volume considerations Build, modify, and maintain development units used for R&D work so they remain available for internal testing, learning,



and demonstrations Support continuous field testing by creating resourceful setups for long‑term data collection in real operating environments Design and execute validation tests to confirm system performance, specification compliance, environmental robustness, and electromagnetic compatibility Develop practical test plans, fixtures, and methodologies that support design verification, production release decisions, and clear documentation of results Investigate failed tests or unexpected results, adapt test approaches as needed, and work with design teams to identify the best course of action Enable field testing and demos by figuring out how to mount, protect, and deploy equipment in challenging environments such as vessels, vehicles, and temporary demo platforms Bring retrofit and installed‑base awareness into new designs, including constraints driven by existing inventory, footprints, interfaces, and legacy hardware Help design teams action change requests from manufacturing and support in the incorporation of shop‑floor feedback into updated designs Contribute to pulling designs toward higher‑volume manufacturing readiness through practical DFM/DFA and assembly insight Manage the development build area and related inventory to ensure prototype materials, tools, and development hardware are organized and available Collaborate with design teams to improve build readiness, prototype efficiency, test execution, and production‑readiness decisions What We’re Looking For Strong hands‑on mechanical aptitude and confidence building, modifying, and troubleshooting physical systems Ability to interpret CAD models, drawings, BOMs, and assemblies with an eye for real‑world buildability and manufacturability Good intuition for assembly flow, serviceability, manufacturability,



and practical design trade‑offs Comfortable helping translate manufacturing feedback into design changes and improvements Resourceful problem‑solving skills and the ability to figure out workable setups in imperfect or changing conditions Strong analytical skills, including the ability to interpret test results, troubleshoot failures, and adapt testing when unexpected outcomes are encountered Ability to understand validation end goals and develop appropriate test plans, methods, and decision criteria to achieve them Comfort participating in design discussions and giving clear, constructive feedback from a builder, prototype, and manufacturing perspective High ownership, follow‑through, and attention to detail in maintaining equipment, spaces, and inventory Able to work independently while collaborating closely with design, manufacturing, and product teams MCAD familiarity (SolidWorks or similar) and comfort reviewing designs before release Nice to Have Background in mechanical design, mechatronics design, prototyping, manufacturing, or advanced assembly Experience with prototype builds, test fixtures, field installations, or development hardware support Exposure to marine, vehicle, ruggedized, or outdoor equipment deployments Experience supporting design revisions, design changes, or manufacturability improvements in a product development environment Experience managing tools, parts, and inventory in an R&D build environment Who This Role Is NOT For Someone who prefers purely desk‑based design work with little hands‑on building, troubleshooting, or prototype execution Someone who is uncomfortable working through ambiguity, field realities, or evolving development needs Someone who is not interested in bridging product development and manufacturing realities Why work with CURRENT Part of a growing team in an evolving industry Great company culture, committed to a personally and professionally supportive environment Work/life balance, opportunities to stay active and social inside and outside office (games, ping pong, hiking, cycling, climbing, running) Young workforce with opportunities to learn as well as teach Salary Range $75,000 to $95,000 + perks #J-18808-Ljbffr

📌 Prototype & Validation Specialist (Port Coquitlam)
🏢 Current
📍 Port Coquitlam