Aerospace

Engineering Safe Flight.
From Architecture
to Certification

End-to-end aerospace engineering across systems, software, verification, simulation and certification.

Discuss Your Requirement Talk To An Expert

Flight Controls
Avionics
Power Systems
Sensors
Airframe Systems

Systems
Engineering
Software
Development
Testing &
Validation
Simulation &
Modelling
Certification
& Delivery

02 The Aerospace V-Cycle

Decomposition (Define & Design)

Integration & Verification

ARP 4754A

Aircraft / System Requirements

verifies / traces

CERT

Aircraft Validation & Certification (FAA / EASA)

ARP 4754A

System Architecture & Allocation

verifies / traces

ARP 4754A

System Integration & Verification

DO-178C

High-Level SW Requirements (HLR)

verifies / traces

DO-178C

HW / SW Integration & Qualification

DO-178C

SW Architecture / Low-Level Reqs

verifies / traces

DO-178C

Software Integration Testing

DO-254

Detailed Design + HW Development

verifies / traces

DO-178C

Unit Testing / LLR Verification (MC/DC)

Coding / Implementation

DO-178C - Source & Object Code (turning point, not a test)

03 Core Capability Areas

End-to-End Aerospace Excellence

Turbofan engine, photographic and wireframe

Systems Engineering

Requirements • Architecture
Safety • Traceability

Software Development

DAL A/B/C • RTOS • MBD
• Auto-code

Simulation & Modelling

GNSS • Flight Dynamics
• Bus Simulation • Fault Injection

Certification & Delivery

ARP • DO-178/254
AS9100 • CMMI

Testing & Validation

RBT • SIL/HIL • Automation • IV&V

03 Engineering Standards

Built - Around Safety. Proven Through Process.

We embed disciplined engineering practices into complex aerospace programs, from system architecture and safety assessment through software, hardware, model-based development, verification and certification.

APR 4754 Guides aircraft and system architecture development with structured requirements and design.
ARP 4761 Enables safety assessment via hazard analysis and system assurance.
DO-178B/C Safety-critical airborne software development with disciplined processes.
DO-254 Guidance for developing airborne electronic hardware in safety-critical systems.
DO-331 Uses model-based development for safety-critical aerospace software, ensuring verification and certification.
AS9100 / CMMI Quality management frameworks ensure reliable engineering delivery.

05 Domain Expertise

Deep Expertise Across Critical Aero Systems

Specialized engineering across key aerospace domains powering modern aircraft.

Avionics & Systems
Avionics, displays, mission systems & integrations
Flight Controls & Autopilot
Flight control laws, guidance and control systems
Engine Controls & FADEC
Engine control software, FADEC & health monitoring
Test Systems & Simulation
System integration benches, HIL test rigs & simulations

Talk to Our Aerospace Engineer Request a Consultation

26+ Years Experience
8+ Major Programs
9 Aircraft Platforms
10K+ Man-Hours Saved
$8M+ Cost Savings Delivered

Camera and aircraft silhouette against a sunset sky

12 Mar, 2026

Defence Systems Engineering: Building Resilient Mission-Critical Platforms

Safety, security and quality built in from the start. We design to global standards and regulatory expectations.

12 Mar, 2026

Defence Systems Engineering: Building Resilient Mission-Critical Platforms

Safety, security and quality built in from the start. We design to global standards and regulatory expectations.

Unmanned aircraft flying over forested hills

12 Mar, 2026

Defence Systems Engineering: Building Resilient Mission-Critical Platforms

Safety, security and quality built in from the start. We design to global standards and regulatory expectations.

07 FAQ’s

Questions, Clearly Answered.

What engineering services does SpeedEdge provide?

SpeedEdge provides systems engineering, functional safety, cybersecurity, validation, and related engineering capabilities for mission-critical programs.

Which industries does SpeedEdge serve?

We support Defence, Aerospace, and Automotive engineering programs.

Can SpeedEdge support safety-critical and compliance-driven programs?

Yes. Our engineering approach is built around applicable industry standards and compliance requirements, including standards such as ISO 26262, DO-178C, DO-254, MIL-STD, ASPICE, and UNECE R155/R156.