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Engineering Policy

Purpose​

To establish Allied Engineering as a trusted industrialisation partner that transforms design intent into scalable, manufacturable, and supportable products at rate.

We pursue excellence in DfX, technical authority, and engineering control, ensuring products are compliant, safe, and optimised for cost, quality, and lifecycle performance.

We operate with high integrity and pragmatism, working in partnership with design organisations, customers and suppliers to improve designs, resolve issues at root cause, and deliver robust, lasting products.

This is enabled through a digitally enforced engineering system (AlliedOS) and disciplined ownership and control of the Manufacturing Data Package (MDP).

Scope​

Applies to all engineering activities including:

  • Requirements interpretation and decomposition
  • Design evolution and MDP maturation
  • Industrialisation and manufacturing definition (MBOM, routing, test, quality definition)
  • Design for X (DfX) optimisation across all domains
  • Production system definition and readiness
  • Configuration management and change control
  • Technical risk identification and management (product and production system)

Across the full product lifecycle from initial concept through to production, support, and change.

Core Position​

Allied Engineering owns the product definition as realised for manufacture, assembly and test through the Manufacturing Data Package (MDP).

We do not originate design intent; we evolve, industrialise, and assure it to meet production, quality, and project outcomes.

Engineering defines the product and process; Production executes to that definition.

Policy Pillars​

1. Engineering Culture & Behaviour​

Engineering shall operate with integrity, pragmatism, and accountability.

Principles:

  • High integrity and trust in all decisions
  • Root cause focus: fix problems properly
  • Lean and pragmatic: avoid over-engineering
  • Solution-oriented: resolve issues proactively
  • Engineering workflows shall be structured to enable automation and agentic execution, enhancing speed, quality, and consistency

2. Partnering & Integration​

Engineering shall act as a trusted partner to customers, design partners, operators, and a high-quality customer to suppliers.

Principles:

  • Early and active collaboration to improve design performance and production outcomes
  • Clear, controlled, and complete definition provided to all partners
  • Shared ownership of risk reduction and industrialisation readiness
  • Active support in issue resolution

Rules:

Supplier engagement is conducted through approved and controlled MDP states, ensuring clarity, consistency, and control of product definition
Engineering shall actively support customers and operators in evolving designs to achieve better outcomes and to reduce risk
Engineering shall collaborate with design partners openly and frequently through structured engagement to share learnings and drive continuous design / production improvement

3. Compliance, Safety & Assurance​

Engineering shall ensure all products meet safety, regulatory, contractual, and quality requirements.

Principles:

  • Safety and compliance are always met
  • Assurance is built into the engineering processes
  • Evidence is generated as part of normal work

Rules:

No product progresses without demonstrated compliance maturity
No product progresses without a complete and coherent product definition appropriate to its MDP stage

4. Digital Engineering & MDP (System of Reality)​

Engineering shall operate entirely within AlliedOS. The MDP is the authoritative, structured product definition.

Principles:

  • Digital First: No unmanaged or offline product definition
  • Single Source of Truth: All authoritative data is system-controlled
  • Structured & Agent-Ready: Data is machine-readable and automation-enabled
  • Full Traceability: Requirements → Design → Process → Build → Test

Rules:

If it is not in the system of record, it does not exist
No product shall be built without an approved, complete, and released MDP

5. Engineering Excellence (DfX & Industrialisation at Rate)​

Engineering excellence is defined by the ability to translate design intent into scalable, manufacturable reality.

Principles:

  • Design is not complete until it is manufacturable, testable, and supportable at rate
  • DfX is mandatory and continuous
  • Scalability and rate are design requirements

DfX Domains:

  • Manufacture & Assembly (DfMA)
  • Quality & Reliability
  • Cost & Supply Chain
  • Test & Verification
  • Rate & Scalability
  • Lifecycle & Support

Rules:

MDP maturity cannot progress without defined DfX position, approval and actions
The product definition shall include a coherent and achievable production system capable of delivering required rate, quality, and cost

6. Technical Authority, Control & Change​

Engineering operates under strong technical authority with disciplined control of configuration and change.

Principles:

  • Authority is explicit, role-based, and competency-driven
  • Decisions are controlled, recorded, and auditable
  • Change is fast, controlled, and complete
  • Root cause is identified and resolved, not bypassed

Technical Risk:

  • Product and production system risks shall be identified early and managed through MDP maturity
  • Engineering decisions shall explicitly consider and reduce technical risk

Rules:

No engineering decision is valid unless authorised and recorded
All changes are controlled, traceable, and managed through the MDP
Technical risks shall be identified, recorded, and actively managed

Governance​

The CTO is accountable for this policy.

Compliance is enforced through:

  • Engineering Processes
  • MDP gate reviews and approvals
  • Technical authority governance
  • Configuration and change audits
  • Digital system controls within AlliedOS

Roles & Responsibilities

  • CTO: Accountable for this policy and its ongoing relevance and review
  • Engineering: Responsible for applying this policy in defining and maturing the product through the MDP

Exceptions

Exceptions to this policy must be explicitly approved by the CTO (or delegated authority) and shall be time-bound where appropriate.

Review Cadence

This policy shall be reviewed every 6 months by the CTO to ensure continued relevance and effectiveness.

Definitions​

  • MDP (Manufacturing Data Package): The complete, controlled product definition required for manufacture, assembly, and test.
  • Engineering Processes (MDP, DfX)
  • List other policies