Our projects

Under a multi-year Standing Supply Agreement, RMD is a trusted manufacturing partner for Saskatchewan Power Corporation, fabricating utility-grade components to maintain the province's critical power transmission and distribution infrastructure.

We execute high-volume fabrication and rigorous testing of critical hardware entirely in-house at our Saskatoon facilities—including heavy-duty 100A/200A Farm Power Centres, custom distribution cabinets, and 600V assemblies. Controlling the complete manufacturing lifecycle enables us to bypass external supply chain delays, verify strict CSA standards, and deliver thousands of reliable, field-ready electrical units annually to support our local grid.

Researchers originally partnered with RMD Engineering to design and build a one-of-a-kind robotic lift system for horses. The asset and ongoing system development have since been spun out to One Health Medical Technologies (OHMTech).

The lift assists in rehabilitating horses suffering from acute injuries and other complex musculoskeletal problems by providing precise automated mobility, weight distribution, and full structural support.

RMD Engineering and their interactive community art piece. An artistic application turning complex manufacturing capability into high-visibility interactive installation pieces.

RMD Engineering completely executed the structural rebuild of the hydraulic bovine tilt table. Product lines and custom clinical iterations of this tech have transitioned into the portfolio of independent spin-off One Health Medical Technologies.

Globally recognized, this specialized system remains a fully customized hydraulic bovine tilt table operating in the field today.

Where advanced engineering meets specialized health tech. RMD Engineering worked alongside local health entities and community centers to design and develop specialized, equipment for this medical rehabilitation pilot program.

RMD Engineering designed and manufactured the heavy-load Large Animal Positioning System and highly stable Camera Positioning System for specialized biomedical beam-line (BMIT) projects.

Precision at an industrial scale. RMD Engineering successfully engineered a massive Elliptical Polarizing Undulator (EPU) array. The array utilizes ultra-powerful rare earth magnets to control high-energy X-ray polarization lines within particle accelerator systems.

An agricultural bio-security innovation developed in collaboration with veterinary researchers. Ownership, fabrication, and market deployment of the system have been fully transferred to autonomous entity One Health Medical Technologies (OHMTech).

The system delivers crucial automated nebulization treatments during a chick's first week of life, significantly minimizing early-stage farm mortality rates and disease vectors.

Advanced tactical wildland asset management. RMD Engineering partnered directly with GelTech Solutions to engineer the Next-Gen FireIce Mobile Automated Base system (F-MAB)—the cleanest, most precise automated tanker loading infrastructure designed for high-stakes fire boundaries.

RMD's engineering team directly co-developed the automated, closed-loop mixing platform optimized for rapid field deployment. The setup handles on-demand chemical gel blending without requiring wet batch bulk storage arrays, allowing field teams to dynamically alter compound viscosity depending on fuel profiles or immediate orders from active Air Attack personnel.

RMD Engineering partnered with Gel Systems Canada and FireIce to research, co-develop, and test an environmentally friendly firegel formulation built for modern high-stakes containment.

Engineered for high versatility across multiple firefighting vectors, this specialized eco-gel offers robust fire line protection and suppression capability. The formula is fully optimized for rapid deployment and adaptable execution across both standard urban fire responses and intense, remote wildland fire environments.

A cost-effective, state-of-the-art ionosonde integrating phase coding, solid-state electronics, and FPGA tech into a highly portable system. CADI uses high-power vertical radio frequency pulses to measure echo delay, phase, amplitude, arrival angle, and polarization for flexible atmospheric and polar cap research.

Developed as a field-portable warning system that builds protective boundaries around critical infrastructure. Utilizing standard Chemical Agent Detectors (CAM) linked to a central control unit over up to 4 km via remote sampling arrays, it delivers real-time perimeter tracking for airborne organic vectors.

A technical development sub-contract to push the boundaries of Unmanned Ground Vehicles (UGV). The team successfully modified a standard robotic platform by integrating a custom Linux-driven "Intelligence Module" with ultrasonic and infrared tracking sensors without sacrificing original unit performance metrics.

A multi-year collaborative development partnership focusing primarily on manufacturing the Sampler core component for automated environmental detection apparatus, utilising real-time fluorescence particle verification and antibody-based assay systems.

Advanced racing technology engineered and built by RMD Engineering Inc. Machined from premium high-grade stainless steel, Rock Stop starting blocks are built for absolute performance and rigid stabilization.

The specialized engineering profile completely eliminates base or kick-plate vibration, offering competitive aquatic athletes an uncompromisingly direct launch method to maximize race start energy output. Features an effortless 8-position mechanical tracking block utilizing a drop-and-lock orientation to guarantee seamless secure adjustments every single time.

Industrial safety infrastructure designed, engineered, and manufactured directly by RMD Engineering Inc. The Wireless E-Stop provides an instant critical safety fallback when a worker becomes trapped or caught in machinery and cannot physically reach static wall-mounted kill switches.

The system relies on lightweight, worker-worn wireless remote modules operating on license-free bands to deliver 400-meter range coverage. If a worker is pulled into an asset, activating the wearable transmitter drops power to the machine instantly.