We help optimise the synergy between each Engineering function whilst improving key business metrics, such as:
Fewer late engineering changes, fewer repeat tooling iterations, fewer disputes that stall a programme.
Problems caught at the drawing don't propagate to first article inspection failure.
Unnecessary/excess costs identified & rectified at source, where it is cheap, efficient, and optimal.
A drawing fix/ design iteration costs a fraction of a tooling change.
Fewer rejections, non-conformances and first-article failures reaching production.
Ambiguity removed before a supplier or an inspector has to interpret it.
>77% of employers report difficulty finding qualified engineering candidates.
Senior tolerancing and manufacturability depth is exactly the capability hardest to hire and slowest to replace.
A review gives you that depth on the design in front of you, with no vacancy to fill & no headcount mandate to carry.
The Engineering Design Review runs your design through every lens that decides release readiness, in the order the engineering runs.
The disciplines are the instruments; release confidence is the end-product.
Below are the six core elements to each review:
Are datums, tolerances and drawing requirements functionally correct and unambiguous?
Can a supplier and an inspector both read them one way only?
Will the design assemble and function as intended?
Stack-ups that catch the interference before it appears at assembly, when a fix is at its most expensive.
Can it be made economically and consistently?
Process, material and features checked against the intended method, before over-specification inflates every quote.
Can it be assembled efficiently and reliably?
Part count, accessibility and error-proofing, so the build doesn't invite misassembly and line-time cost.
Can every requirement be measured and verified as drawn, before it becomes a failed first article and a stalled acceptance after tooling?
Are the correct tooling, measurement equipment and calibration requirements considered?
Whether the drawing reads one way only, wherever it lands.
Ambiguity and cross-standard gaps between ASME and ISO environments are what turn into disputes, inconsistent quotes and rejected first articles.
A tolerance that proves hard to manufacture sends the design back a step, which is exactly the loop a review is meant to close before release.
Design create the concept. Manufacturing produce it. Quality verifies against it. We align all three.
Writes the definition: geometry, datums, tolerances, intent.
Produces whats written; pays for ambiguity and/or misapplication.
Verifies against what's written; pays for ambiguity, misapplication and misinterpretation.
We help prevent the compounding effects, downstream concerns and engineering disputes that can emanate from front end engineering design and propagate throughout the process until final inspection.
One definition, one interpretation, three functions aligned: lower cost, less time, higher quality, fewer failures.
One issue missed at the drawing doesn't stay a drawing issue. It resurfaces downstream and manifests in the forms of delays, costs and disputes, such as:
If one of these are relevant to your programme, get in touch below.
Speak to a senior practitioner →A tolerance written ambiguously at design doesn't announce itself. It travels — and the cost of fixing it climbs at every stage it survives.
→Cheapest place to fix ambiguity, and almost never where it's caught.
→The supplier prices what's drawn; unclear or over-tight callouts inflate the quote, or get absorbed as margin later.
→First article is where a verification gap surfaces — after the tooling's committed.
→Conforming parts that won't assemble means the stack-up was wrong, not the parts.
→A contested interpretation at acceptance stalls revenue and strains the relationship.
→The most expensive place to find a datum problem is a field return or an audit finding.
Every stage it survives multiplies the cost of the fix.
Speak to a senior practitioner →Give us a call — you'll get a senior technical read on where it stands.
Speak to a senior practitioner →