We provide engineering capability across the product lifecycle, from early feasibility and RFQ support through product definition, analysis, verification, compliance, manufacturability and final release.
We provide flexible and adaptable engineering capacity when programme demand exceeds internal availability.
You provide: programme priorities, project conflicts, existing processes, blockers and bottlenecks.
You receive: allocated senior engineering capability, expert delivery in applicable disciplines, compressed project delivery timescales, accelerated throughput and output, support without recruitment overhead.
A defined engineering output removed from your backlog and returned complete, allowing operations to advance.
Examples: design release packs (NPI, GD&T, MBD), engineering change implementation, verification and validation support, FAIR preparation.
You receive: defined deliverables, technical records, configuration-controlled outputs, acceptance against key criteria, engineering process optimisation.
Senior engineering input when a specific requirement arises and you do not need permanent capability.
Access specialist engineering judgement across areas such as GD&T/MBD, V&V, CAD, standards interpretation, supplier issues and technical review.
You receive: rapid access to senior capability, focused technical input and the engineering output required to resolve the issue.
Where the three routes above add direct capability to a programme, these three improve the capability you retain.
A short, fixed-price review of how a governing standard is being applied across your live engineering definition, supplier requirements or documentation.
Findings are ranked by consequence, with practical interpretation and recommended actions.
A technical requirement or specific tool/ software expertise that is too specific to justify permanent capability:
ATEX and DSEAR, CATIA or NX, V&V, GD&T and MBD, tolerance analysis, supplier conformance or an independent technical review.
In-house training taught on your own drawing packages under NDA.
A review tells you where the exposure is; training is how the organisation stops creating it.
Concept through released definition: architecture, requirements capture, 3D modelling, assemblies and drawing production, maintained under configuration and change control.
The stage where cost and risk are committed, and where they are cheapest to design out.
Parametric part and assembly modelling across SolidWorks, Inventor, NX, Creo and CATIA, to your standards, templates and PLM.
Production-ready 2D drawings and/or model-based definition with PMI, aligned to ASME Y14.41, ISO 16792, ASME Y14.5, ISO GPS or BS 8888 requirements
ECN/ECR governance, product breakdown structures, BOM build and technical baseline integrity maintained across the release.
GD&T interpretation, inspection planning, first article inspection and supplier conformance to ASME, ISO and AS9100 requirements.
Validating the design before it enters production.
Structural, thermal and dynamic analysis, tolerance stack-ups, pressure calculations, and the verification documentation your V&V and FAIR processes consume.
Analysis and verification when internal analysis capacity is constrained or specialist capability is required.
Structural, thermal and dynamic analysis to validate designs against load, fatigue and environmental requirements. Pressure-system design and calculation to ASME and DEF STAN.
Worst-case and statistical stack-ups that catch interference and fit failures before assembly, when a fix is at its most expensive to rectify.
OrcaFlex dynamic analysis of subsea systems under fatigue, pressure cycling and marine loading. MATLAB and Simulink modelling for hydraulic, pneumatic and actuation duty cycles and test-data reduction.
Making the definition manufacturable: DFM and DFA before over-specification increases cost, complicates production and locks avoidable problems into the product definition.
NPI packages from concept and feasibility through prototype, validation and production release.
Process, material and feature review against the intended manufacturing method, taking cost out before it is committed in tooling.
Part-count reduction, accessibility and error-proofing so the build is efficient and does not invite misassembly.
Manufacturing specifications, process layouts, work instructions and tooling definition to support production and handover.
Assuring the design meets its requirements and that conformance can be demonstrated through inspection, evidence and controlled release.
FAIR support, dimensional report review, and GD&T conformance sign-off on critical components.
Full NCR lifecycle from raise and containment through disposition, concession approval and corrective-action close-out.
8D, 5 Whys, Ishikawa and DMAIC from containment through systemic correction, feeding lessons back into design standards.
CMM and FARO-arm data interrogation, GD&T verification, gauge R&R and measurement-system analysis to ISO/IEC 17025.
Standards are not a separate discipline. They govern how the engineering is defined, manufactured, inspected and accepted.
The question is not simply whether a requirement is technically permissible. It is whether the requirement is appropriate to the function, manufacturable, inspectable and defensible when it reaches the supplier or customer.
Applying ASME, ISO, BS EN, DEF STAN, AS9100, AS9102, ATEX and DSEAR requirements in the context of the actual engineering work.
Reviewing existing design, documentation or supplier output against the governing requirements, with findings ranked by consequence and a practical route to compliance.
Technical files, Inspection & Test Plans, verification specifications, examination schemes and supporting compliance documentation.
Translating customer and regulatory requirements into supplier specifications, ITPs and acceptance criteria.
Reconciling requirements where ASME, ISO, BS 8888, customer specifications or legacy definitions intersect within the same supply chain.
We interpret, apply and evidence requirements. Certification, approval and release authority remain with your organisation, notified body or design authority.
Discuss Engineering Capacity →Production-level detailing and drawing packages delivered to your templates, standards and title block.
Concept models developed into complete release documentation against a launch date.
Design changes implemented across geometry, drawings and BOM, with configuration control and audit trail intact.
Worst-case analysis establishing whether conforming parts assemble and function as intended.
Functional datum schemes and geometric controls applied or corrected to ASME Y14.5, ISO GPS or BS 8888.
Semantic PMI to ASME Y14.41 and ISO 16792, consumable by supplier CAM and CMM without reinterpretation.
Existing drawing sets converted to model-based release, with drawing and model reconciled where they disagree
Pre-release assessment returning risk-ranked findings, marked-up definition and prioritised recommendations.
Manufacturability and assembly reviewed against the intended process and volume, before cost is committed in tooling.
AS9100D/AS9102 ballooning, form completion and dimensional report review from your measurement data.
NCRs and concessions technically dispositioned, root cause established, corrective action closed out.
Calculations, design justification and verification evidence in the form your acceptance or regulatory process requires.
If one of these concerns are live on your programme, get in touch below:
Speak to a senior practitioner →Additional senior engineering capability behind your existing team.
We integrate into your existing processes and can operate white-label where appropriate, allowing you to accept additional work without recruiting permanent capability.
Your branding on the output, our name appearing only where you require it.
Named-client protection is written into the Scope of Work as standard.
A single package, sustained delivery across a quarter, or complete ownership of a workstream.
Senior MBD and PMI implementation, GD&T, tolerance analysis or conformance depth dropped into a team that is strong elsewhere.
Tell us what is constraining the programme. We will establish whether GeoTolerance can take it on and define the appropriate engagement.
Engagement is always scoped: a defined package, defined acceptance and a defined fee.
Discuss Engineering Capacity →