We help Canadian organizations design, deploy, and scale remote robotic systems. (Formerly RMUS Canada)
Mississauga, Ontario
Remote Robotic Systems (Formerly RMUS Canada). With offices in Ontario, Alberta, and BC, we deliver and support enterprise-grade drones, land robots, and remote operations systems for industrial and public-safety organizations across Canada.
On-site · Kanata
The role involves researching and deploying learning-based autonomy and physical AI for drone platforms. Key tasks include developing ML models for perception and control, managing sim-to-real transfer, and integrating prototypes into production systems.
On-site · Kanata
Lead the design and performance of a novel UAV airframe from concept through flight validation, owning both aerodynamic and structural configurations. Provide technical leadership and mentorship to a multidisciplinary engineering team while coordinating with manufacturing and propulsion teams.
On-site · Kanata
Lead the design and development of inflatable floating landing pads for drones, owning the process from concept through prototype testing and field deployment. Collaborate closely with fabrication specialists to ensure designs are manufacturable and perform reliably under real-world conditions.
On-site · Ottawa
Lead the engineering program for next-generation aircraft development by managing schedules, critical paths, and multidisciplinary technical teams. Coordinate with suppliers and internal teams to ensure the delivery of flight-ready hardware and establish robust engineering processes.
On-site · Kanata
The Lead Mechanical Engineer will own the full hardware development lifecycle, from initial concept and design through to production readiness. They will lead material selection, ruggedization efforts, and cross-functional integration with electronics and manufacturing teams to ensure products perform in demanding environments.
On-site · Kanata
The specialist will fabricate and test inflatable floating landing platforms for drones using various welding and sealing techniques. They are responsible for the entire process from cutting and assembly to validation and prototype refinement.
On-site · Kanata
The role involves owning the aircraft's moving and powered subsystems, including actuation, propulsion integration, and thermal management. The engineer will design, prototype, and validate electromechanical systems to ensure reliability in extreme environmental conditions.
