How We Work
FUEL is a one-team, one-roof product development firm in Calgary that takes devices from concept to production. Mechanical and electrical engineering, software and firmware, and manufacturing all collaborate seamlessly, so an idea, a patent, a spec, or a working prototype becomes a manufacturable, certifiable product without the inter-team handoffs that delay the project and disrupt design intent.
One team, one roof
Project execution stalls in the handoffs between different engineering disciplines and on to manufacturing. Every one of those interfaces is a chance to lose design context and time, and to increase the total project cost. FUEL closes those gaps by keeping every discipline in-house: mechanical and electrical engineering, software and firmware, manufacturing, and validation.
Since 2018 we've delivered 200+ projects for 50+ clients: more projects than clients, because they keep coming back. That pattern of repeat work, not any single result, is the track record.
Our process, stage by stage
Every engagement runs the full path: Discover & Define → Engineer & Design → Prototype & Validate → Manufacture & Scale. What changes by entry point is what we discover and define. In every case we generate a fresh engineering specification based on your requirements, then optimize, design, prototype, and test it. Even a shipping product gets re-discovered and re-defined before we touch it.
Discover & Define
We start with an initial meeting to understand your requirements, then turn them into a clear plan. You come away with a project proposal, requirements and specification documents, a high-level investigation of material costs and trade-offs, and a concept design: the groundwork that turns an idea, a patent, a spec, or a prototype into a buildable engineering specification. Every engagement starts here, whatever you're starting from.
Engineer & Design
This is the one-roof model in action: the engineering teams work closely and design in parallel. The deliverable is the complete set of manufacturing outputs your product needs, with parts, materials, and fabrication ordered and managed. Typical outputs include schematics, PCB fabrication files, CAD models and drawings, and BOMs.
Prototype & Validate
The manufacturing outputs are collected, assembled, and tested in-house against your requirements. You come away with a validated prototype and test results, and an engineering design optimized by iterating through this stage, ready for certification and production.
Manufacture & Scale
From procurement through assembly, quality testing, and shipping, we build the capacity to bring your product to market: any or all of it, depending on what you need. Fulfillment combines in-house manufacturing and trusted contract manufacturers, with formalized inventory management throughout.
Where are you starting?
Whatever your starting point, the process is the same. Pick the one that fits, and see how the path runs from there.
From an Idea
An idea and a problem to solve — no engineering, costs, or path yet.
From Protected IP
A patent, provisional, trade secret, or process.
From a Spec
A detailed spec, but no engineering bandwidth to build it.
From a Working Prototype
A working bench prototype, a proof of concept.
Optimizing an Existing Product
A product you ship that needs cost out, a field fix, or a refresh.
Quality & compliance
Quality isn't a final gate; it's how the work is run from the first document. Our work is developed under a quality management system pursuing dual ISO 9001 / ISO 13485 certification, currently at the pre-audit stage. ISO 9001 sets our general quality baseline and ISO 13485 adds medical-device rigor; we apply both to every project, medical or not.
That quality management system governs how requirements, design records, test results, inventory, and vendors are documented and controlled across all four stages.
Your work stays yours
Bringing a product to us means trusting us with how it works, so we protect it structurally, not just contractually. Mutual NDAs are standard from first contact, you own all the IP through assignment or work-for-hire, and our formal information-security practices apply throughout: access control, secure file handling, and keeping one client's work walled off from another's. The same ISO 9001 / ISO 13485 document and record control that runs our quality system also governs how yours are handled. Because engineering, manufacturing, and validation all happen under one roof, your IP isn't scattered across a chain of subcontractors and your prototypes aren't shipped to outside labs. One of our partners brings deep experience managing IP portfolios at technology companies, so we can read and work directly from your protected IP: IP fluency that strengthens the engineering, not a legal service.
Frequently asked questions
Do you take a product all the way from idea to manufacturing?
Yes. One team under one roof carries it through Discover & Define, Engineer & Design, Prototype & Validate, and Manufacture & Scale.
What if I'm not starting from scratch and already have a prototype, a patent, or a spec?
Every engagement still starts at Discover & Define; what changes is what we re-specify in engineering terms before we build.
Do you keep our work confidential?
Yes. We sign mutual NDAs from first contact, you own all the IP, and formal information-security practices apply throughout. Because we work under one roof, your IP isn't scattered across subcontractors.
Do you test in-house?
Yes. We assemble and test prototypes in-house, with trusted partners for tests that need specialized facilities.
Are you ISO 9001 / ISO 13485 certified?
Our work is developed under a quality management system pursuing dual ISO 9001 / ISO 13485 certification, currently at the pre-audit stage. We run every project under that system, not just medical devices.
How long does a project take?
Most projects run 3 to 6 months, depending on scope, complexity, and where you start.
How much does it cost?
Cost is scoped to each project and set out in the proposal at the end of Discover & Define.