OUR EXPERTISE
Technical depth.
Connected thinking.
Six complementary disciplines. Support at the point you need it, from an individual engineering task to a complete programme.
01 / SYSTEMS ENGINEERING
Bring the whole system into focus.
Requirements, architecture and integration for complex systems, with a clear route from operational need to acceptance.
Requirements & capability
Stakeholder discovery, requirements analysis and prioritisation; aligning user needs, technical specifications and operational objectives.
Architecture & MBSE
System architecture using NAF, TOGAF and SysML. Modelling with Cameo Systems Modeler, including use cases, activity diagrams, requirements, blocks and system context.
Integration
Interface and dependency management across hardware, software and operational environments, including secure communications, sensing and mission-critical systems.
Verification & acceptance
Verification and validation planning, ITEAPs, requirements matrices, test and trial plans, evidence collection and acceptance cases.
02 / HARDWARE ENGINEERING
Precision from architecture to implementation.
Design, prototype and verify electronics and embedded systems, from individual blocks to FPGA-based systems on a chip.
Design & architecture
Architecture and micro-architecture definition, FPGA-based SoC development, RTL design in VHDL and Verilog, and hardware/software integration.
Security engineering
Hardware-rooted security, cryptographic functions, key management, secure boot, firmware integrity and anti-tamper considerations.
Verification & validation
Verification plans, C/ASM-based testing, constrained-random SystemVerilog UVM, emulation, and virtual and hybrid validation.
Implementation & optimisation
Synthesis, static timing analysis, floor planning, place and route, DFT/ATPG, power optimisation and design technology co-optimisation.
03 / PRODUCT DEVELOPMENT
Turn a concept into a working product.
Engineering support across the product lifecycle, from feasibility and design to prototyping, testing and production.
Feasibility
Assess technical and operational requirements, development options and risks before committing to a full implementation.
Design & prototyping
Translate requirements into design concepts and prototypes, with an emphasis on performance, security and reliability.
Test & production
Plan validation and field testing, support manufacturing readiness and coordinate the transition into production.
Lifecycle support
Plan ongoing maintenance, upgrades and technology integration as requirements evolve.
04 / TECHNICAL PROJECT MANAGEMENT
Keep complex programmes moving.
Technical understanding and structured project management to coordinate delivery, resources, risk and stakeholders.
Planning & execution
Establish the delivery plan, milestones and resource needs from initial concept through deployment.
Risk & quality
Identify technical and project risks, coordinate mitigation and track security, quality and compliance requirements.
Team coordination
Connect engineering disciplines, subject matter experts and operational stakeholders around shared decisions.
Delivery control
Manage schedules, budgets and changing priorities with an adaptable, structured approach.
05 / TECHNICAL CONSULTING
Clear advice for difficult decisions.
Engineering insight to assess technical options, improve systems and build a practical roadmap for change.
System assessment
Review system performance, reliability, integration needs and opportunities for improvement.
Process improvement
Evaluate engineering workflows and decision processes to improve coordination and reduce avoidable risk.
Technology integration
Assess emerging technologies and their fit within existing hardware, software and security architectures.
Strategy & risk
Develop technology roadmaps and advise on technical risks, security and compliance considerations.
06 / ENGINEERING MANAGEMENT
Technical leadership throughout delivery.
Engineering oversight that brings people, design decisions and assurance activities together.
Engineering leadership
Align engineering work with programme objectives, operational requirements and the agreed delivery plan.
Technical assurance
Coordinate design reviews, verification, validation and certification activities across disciplines.
Resources & coordination
Plan engineering resources and manage interfaces between teams, suppliers and stakeholders.
Delivery oversight
Track technical progress, quality, schedule and cost to support informed decisions at each stage.
START A CONVERSATION
A complex challenge.
A clear place to start.
Tell us what you need to achieve, where you are in the project
and the engineering support you are looking for.