Define — Build — Industrialise — Assure
From first requirement to full rate.
MS Engineering Services Limited works across the full span of getting a product made — systems and mechanical design, embedded software, manufacturing and process engineering, and the quality, functional safety and standards work that has to stand behind all of it. Engagements scale from a single consulting question to a delivered work package, run by UK-based and offshore engineers out of aerospace, defence, automotive, nuclear and green tech.
Engineering you can hand the whole problem to.
MS Engineering Services Limited works at the point where manufacturing, quality and systems engineering meet operational reality. We're built to move across that whole span — an independent technical opinion at one end, full ownership of a work package at the other — without asking clients to manage a different supplier for each layer of the problem.
That flexibility comes from a UK-based and offshore engineering team drawn from aerospace, defence, automotive, green tech and nuclear backgrounds — sectors where documentation, traceability and getting it right first time aren't optional. We bring that same discipline to programmes outside those sectors too, backed by the standards training and AI-enabled process work to help teams sustain it once we've handed over.
Why MS Engineering
Reasons clients keep the engagement running past the first consulting call.
Fewer handovers
One team follows the work from the first conversation to the signed-off deliverable, so context never gets lost between suppliers.
Standards fluency
AS9100, AS13100 and the ISO frameworks aren't consulted from a manual — they're the language the team already works in, day to day.
Scales down as well as up
The same rigour applies whether the engagement is a two-day review or a twelve-month work package — nothing is cut to fit a smaller scope.
AI with an audit trail
Automation is introduced the way any other regulated process change would be — mapped, validated and documented, not bolted on after the fact.
What we deliver
Twenty-six disciplines in six families, following the life of a product — find where your problem sits.
01Define, Design & Plan
Work out what actually needs building, design it, and plan how it gets delivered.
Business Analysis
Turning operational problems into defined, scoped work — process analysis, stakeholder mapping and options appraisal before anything is committed to.
Requirements Management
Requirements captured, traced and kept under control from first draft to verification — so scope decisions are visible, not assumed.
Systems Engineering (MBSE)
Model-based requirements, architecture and verification — a single connected model that keeps systems data traceable across the programme lifecycle.
Solutions Design
Translating agreed requirements into a buildable design — architecture, interfaces and trade-offs resolved before delivery begins.
Project & Programme Management
Planning, scheduling, risk and stakeholder management for engineering work packages — so a delivered scope arrives with a plan and a risk register behind it.
02Product Development
Build the thing — mechanical design through to embedded software and the code quality to keep it maintainable.
Mechanical Design & GD&T
CAD modelling, geometric dimensioning and tolerancing, tolerance stack-up and structural analysis — the design work that has to be right before anything is cut.
Embedded Software & Firmware
Bare-metal firmware for ARM Cortex-M microcontrollers — sensor interfacing over UART, I²C and SPI, low-power design, fault detection and data logging.
Embedded Linux & OTA
Linux on application-class SoCs, containerised workloads, and secure over-the-air update for fleets of deployed devices.
IoT & Connected Products
Device connectivity, onboarding and cross-platform integration for connected product platforms operating at consumer scale.
Industrial & Vehicle Comms
CAN, Modbus, RS485 and MQTT integration, including EV charging protocols such as OCPP and ISO 15118.
Software Architecture & Code Quality
Architecture and code review, static analysis, test coverage and complexity reduction — applied to large codebases and distributed engineering teams.
03Manufacturing & Industrialisation
Take a design that works once and make it work every time, at rate and at cost.
Design for Manufacture
Producibility and assembly reviews that catch cost and process problems while they are still drawings, rather than after tooling is committed.
Manufacturing Engineering
Production process design, tooling and manufacturing readiness support that takes a design from concept to repeatable, capable output.
Industrial Engineering
Process layout, workflow and capacity analysis to improve throughput, reduce waste and de-risk operations on the shop floor.
Process Engineering
Process definition, validation and continuous improvement for manufacturing and production lines, from first pass to steady state.
04Quality & Compliance
Meet the standard your customer, your sector or your auditor is holding you to.
Quality Engineering
Inspection planning, non-conformance resolution and quality systems support across regulated, safety-critical environments.
Automotive Quality
IATF 16949 gap analysis and core tools — APQP, PPAP, FMEA, MSA and SPC — including the customer-specific requirements layered on top by each OEM.
Supplier Quality & Development
Supplier audits, sub-tier management and APQP/PPAP flow-down — bringing a supply chain up to the standard your own customer is holding you to.
05Safety & Assurance
Prove the product is safe, secure and dependable — with the evidence to show it.
Functional Safety
Safety lifecycle work to IEC 61508 and its sector derivatives, including ISO 26262 for automotive — hazard analysis, safety requirements and the evidence trail that has to stand behind them.
Safety-Critical Products
Detection and life-safety product development, including self-test design and signalling built to the relevant emergency standards.
Product Cybersecurity
Security designed into the product rather than bolted on — threat analysis, secure boot and key management, aligned to IEC 62443 and ISO/SAE 21434.
Reliability Engineering
FMEA, reliability prediction and failure reporting and corrective action, with qualification and environmental test planning to prove the numbers.
Test Automation
Automated test rigs and instrumentation for validation and production test, replacing manual checks with repeatable, logged verification.
06Transformation
Change how the work itself gets done, once the engineering underneath is sound.
Manufacturing Data & Traceability
Connecting the shop floor to the business — MES integration, OEE measurement and end-to-end traceability, so improvement work runs on evidence.
Digital Transformation
Moving legacy processes onto systems and tooling that fit how the business actually operates, without disrupting delivery while it happens.
AI Implementation
Practical adoption of AI and automation across business functions — targeting measurable cost reduction, efficiency gains and better decision data.
Scaled to the job
Engagements start wherever the problem is and can extend as far as the work requires.
Consulting
Independent technical input — assessment, investigation or design review — brought in to answer a specific question.
Embedded Support
Engineers working alongside your team, UK-based or offshore, for as long as the programme needs them.
Work Package Completion
Full ownership of a defined scope, from planning through to a completed, signed-off deliverable.
Standards & improvement courses
Awareness and practitioner-level training across the management-system standards our clients build to, plus Lean improvement practice.
| Subject | Scope | Awareness | Practitioner |
|---|---|---|---|
| AS9100 | Aerospace, space & defence quality management systems | ✓ | ✓ |
| AS13100 | Aerospace APQP & PPAP requirements | ✓ | ✓ |
| ISO 9001 | Quality management systems | ✓ | ✓ |
| ISO 14001 | Environmental management systems | ✓ | ✓ |
| ISO 27001 | Information security management systems | ✓ | ✓ |
| ISO 45001 | Occupational health & safety management systems | ✓ | ✓ |
| Lean & CI | Lean methods, waste reduction and structured continuous improvement | ✓ | ✓ |
Awareness sessions introduce a standard's requirements and intent for the wider organisation; Practitioner courses build the skills to implement, audit or lead a management system against it. Delivered on your site or remotely, to fit the way your team works. Lean sits slightly apart — it's a way of working rather than a standard you certify to, so there's no audit at the end, just a team that improves its own processes.
20-Hour Implementation Package
A focused block of hands-on consultancy, run straight after any course above, to turn training into a working management system rather than a folder of notes — gap analysis, documentation support and embedded coaching until the team is running it themselves.
Standards training in detail →
Current revisions and transition deadlines for every standard we cover — including the live ISO 14001 transition and the ISO 9001 2026 edition.
Cross-sector by design
A UK-based and offshore team, drawn from sectors where the tolerance for error is lowest.
| Sector background | What it brings |
|---|---|
| Aerospace & Defence | Rigorous configuration control and traceability, applied to complex, long-life programmes. |
| Automotive | High-volume manufacturing discipline and takt-driven process improvement. |
| Green Tech | Fast-moving product development in emerging, first-of-a-kind manufacturing, including EV charging infrastructure. |
| Nuclear | Safety-case thinking and rigour in quality assurance for irreversible, high-consequence work. |
| AI Implementation | Practical adoption of AI and automation across business functions, targeting measurable cost reduction and efficiency gains. |
UK-based and offshore engineers work as one team, giving clients local presence where it matters and flexible capacity where it's needed.
Questions we're asked
The shape of a typical engagement, answered up front.
What sectors do you work across?＋
Primarily aerospace & defence, automotive, green tech and nuclear — but the manufacturing, quality and process discipline built in those sectors applies just as well anywhere the cost of getting it wrong is high. Engagements outside those four are common.
How does an engagement actually start?＋
Almost always as consulting — independent input on a specific question. From there it can stay exactly that size, scale into embedded support alongside your team, or extend into full ownership of a work package. Nothing is oversold up front.
Can training be delivered on our site?＋
Yes — Awareness and Practitioner courses across AS9100, AS13100 and the ISO standards we cover run on your site or remotely, whichever fits the team better.
What's actually in the 20-hour implementation package?＋
A focused block of hands-on consultancy straight after any course: gap analysis against the standard, support building the documentation, and embedded coaching until the team is running the system themselves rather than filing it away.
Is the AI implementation work suitable for regulated environments?＋
It's approached with the same configuration control and traceability discipline as any other regulated work — gap analysis and process mapping before anything is deployed, not automation bolted on after the fact.
Do you work with smaller organisations, or only large primes?＋
Engagements scale to fit — a short piece of consulting for a small team costs the same care as a full work package for a larger programme.
Book a call
A 30-minute consultation, booked against live calendar availability.
Pick a time that suits you
The booking calendar opens in a new tab, with live availability.
Open booking calendarYou'll be asked a few short questions when booking, so the call starts with the context already in place.
Bring us the work package.
For consulting enquiries, embedded support, standards training or a scope you'd like delivered end to end, get in touch directly.