Engineers Implementing FDA Design Controls
For MedTech Engineers
Too many engineers treat design controls as documentation to finish before submission. By then, requirements are fuzzy, decisions are undocumented, and traceability has to be rebuilt by hand. Concise Engineering helps engineers set up design controls from the start, so every requirement, review, and test connects cleanly and the design is ready when regulators look.
Sound Familiar?
- I'd rather be designing than documenting.
- Our requirements changed so many times I can't trace them back anymore.
- I'm not sure which design controls apply to my device.
- We're close to submission and the design records have gaps.
Design Controls That Work Like Engineering
Design controls are a structured way to engineer... user needs become requirements, requirements drive the design, and testing proves the design meets them. Set up early, they keep a project organized and cut rework. We build a design control framework sized to your device, with traceability that stays current as the design evolves, so the record reflects the engineering instead of trailing behind it.
- Design and development planning sized to your device
- User needs and design input definition
- Traceability from requirements through verification and validation
- Design reviews and design change control
Why Concise Engineering
- Engineers talking to engineers. We set up design controls that support how you actually work, not a process that slows you down.
- Risk first. We tie design controls to risk management, so the effort goes where the risk is highest.
- Access, not just engineering. Our network includes regulatory and quality experts, so your framework holds up to FDA review.
How It Works
- Discovery call - your device, your team, and where the design stands
- Design control gap assessment
- Framework and traceability setup
- Ongoing support through design reviews and verification
Frequently Asked Questions
What are FDA design controls?
Design controls are a set of required practices for developing medical devices. They cover planning, design inputs, design outputs, design reviews, verification, validation, design transfer, and design changes. The goal is to show that the finished device meets user needs and its intended use, with a documented trail from requirement to test.
Which medical devices need design controls?
In the US, design controls apply to Class II and Class III devices and to certain Class I devices. FDA's quality system rules are now aligned with ISO 13485, which carries the same design and development requirements internationally. If you're unsure where your device falls, classification is the first thing to settle.
When should design controls start?
Once you move from exploring concepts to developing a specific device. Early research and feasibility work usually sit outside design controls. When you commit to a design direction, that's the time to capture user needs and requirements, because everything after builds on them.
What is design traceability?
Traceability links each user need to its design requirements, each requirement to the design output that meets it, and each output to the test that proves it. It lets you show a reviewer exactly how the device was built to do what it claims. It also shows you what's affected when something changes.
Can design controls be added to a project already in progress?
Yes, though it takes more effort than starting early. We assess what exists, reconstruct the key requirements and decisions, and set up controls for the work still ahead. The sooner it happens, the less there is to rebuild before submission.
Build it right from the start. Let's set up design controls that keep your project on track.
Book a Discovery Call
Concise Engineering helps medical device engineers implement FDA design controls, including design planning, user needs and design inputs, traceability through verification and validation, design reviews, and change control.