Avionics Engineering Services
Advanced Avionics Solutions for Next-Generation Aerospace Systems
Comprehensive avionics engineering services that enable aerospace organizations to design, develop, integrate, and validate intelligent airborne systems, spanning commercial aviation, defense, unmanned aerial systems, and advanced air mobility platforms.
Full-Lifecycle Avionics Engineering
From Requirements to Certification and In-Service Support
We deliver comprehensive avionics engineering services that enable aerospace organizations to design, develop, integrate, and validate intelligent airborne systems. Our expertise spans commercial aviation, defense, unmanned aerial systems (UAS), and advanced air mobility platforms, helping customers build safe, reliable, and high-performance avionics solutions.
With deep domain knowledge and a systems engineering approach, we support the complete avionics development lifecycle, from requirements definition and architecture design to integration, verification, certification, and in-service support.
- Requirements management and traceability
- System architecture and integration
- Embedded software and hardware development
- Hardware-in-the-loop and software-in-the-loop testing
- DO-178C certification and compliance support
- Airworthiness and regulatory documentation
Core Competencies
Our Avionics Engineering Capabilities
Avionics Systems Engineering
- Requirements management and traceability
- System architecture and functional decomposition
- Interface definition and system integration
- Safety assessment and reliability engineering
- Configuration and change management
- Verification and validation planning
Flight Control Systems
- Flight control computer development
- Flight guidance and navigation systems
- Autopilot and stability augmentation systems
- Control law development and validation
- Hardware and software integration
- Performance and safety analysis
- Design and development of LRUs for Flight Control Computer (FCC)
- SW integration testing and low-level requirement-based testing for FCS ECU and Flap ECU
- SW design and verification of Air Data Computer (ADC)
Communication, Navigation & Surveillance (CNS)
- Aircraft communication systems
- Navigation and positioning systems
- Radio frequency and data link systems
- Surveillance and identification systems
- Sensor integration and signal processing
- System performance verification
Cockpit and Display Systems
- Electronic Flight Instrument Systems (EFIS)
- Multifunction and mission displays
- Human-Machine Interface (HMI) design
- Crew alerting and warning systems
- Display integration and testing
- User experience and operational efficiency enhancement
- HW & SW development for cockpit interface unit
- Design of LED pushbutton software
- SW design and development for Multifunction Front-Up Control Panels
- Design and development of video cards
- SW development of Multifunction Interactive Display Unit (MIDU)
Embedded Systems and Software Engineering
- Real-time embedded software development
- Hardware-software integration
- Board support package development
- Device driver development
- Software verification and validation
- Lifecycle support and maintenance
Electrical and Electronic Systems
- Avionics hardware design and development
- Power distribution and management systems
- Wiring interconnection systems
- Electronic Control Unit (ECU) development
- Environmental and electromagnetic compatibility testing
- Reliability and maintainability engineering
- HW & SW design and development for Digital Generator Control Unit
- SW development, verification & validation, and system-level testing for Battery Management System
- Fly-by-wire power converter unit development
- Secondary power distribution
Flight Management System
- SW development support
- SW verification and validation
- SW certification support
Landing Gear Systems
- SW verification and validation
- System-level testing
Flight Test Instrumentation
- SW design, development and testing for military applications
- SW development and testing for commercial applications
Cabin System
- SW development, verification and validation for cabin lighting systems
- Design and development of lighting systems
- Reliability engineering of oxygen systems
Utility Management Systems
- SW design and development for electrical heating systems
- Design and development of LRUs for environmental and fuel control systems
Simulator and Test System
- Design and development for real-time flight simulators
- ATE software development
Verification, Validation and Certification
- Integration and system testing
- Hardware-in-the-loop (HIL) and software-in-the-loop (SIL) testing
- Environmental qualification testing
- Functional and performance verification
- Certification documentation and compliance support
- Airworthiness and regulatory compliance activities
SOI Audits
Stage of Involvement Audits and Expert Services
Stage of Involvement (SOI) Audits
- Participated in TCCA/FAA SOI-1 to SOI-4 audits for avionics software certification
- Supported compliance verification under DO-178C, DO-330, and DO-332 standards
- Experienced in tool qualification audits and certification review coordination with DERs and authorities
Expert Services Offered
- DO-178C certification support, from planning through verification
- Requirements engineering and gap analysis
- Automation testing with Python, Robot Framework, and Selenium
- Process audits and quality assurance per ARP4754A/ARP4761
- Model-based design using Simulink and SCADE
- Tool qualification and environment setup
Program Experience
Avionics Systems Worked On
| System | Program |
|---|---|
| Cockpit Display Systems (CDS) | Boeing 787, A400M, G500 |
| Flight Management Systems (FMS) | Rockwell Collins FGFP project |
| Flight Warning Systems (FWS) | Airbus A350, A380 |
| Engine Controller & Power Systems | PT6x Engine Controller, FBW Power Converter |
| Landing Gear & HMI Tools | Landing Gear OS Testing, HMI Tool Certification |
How We Work
Our SDLC Engineering Process
- 01
Planning
PSAC, SDP, SVP, SCMP, SQAP, SRS, SDS, and SCS development.
- 02
Development
Requirements definition, modeling in Simulink and SCADE, and C/C++/Ada coding.
- 03
Verification & Validation
High and low-level testing, backed by automation frameworks.
- 04
Certification Support
Compliance mapping, Stage of Involvement participation, and document audits.
Who We Work With
Industries We Serve
- 01
Commercial Aviation
Airliner cockpit, flight management, and cabin avionics programs.
- 02
Defense and Military Aerospace
Mission-critical avionics for military aircraft and defense platforms.
- 03
Unmanned Aerial Systems (UAS)
Flight control, navigation, and communication systems for autonomous platforms.
- 04
Advanced Air Mobility & eVTOL
Avionics architectures for next-generation electric and urban air mobility aircraft.
- 05
Space and Satellite Applications
Systems engineering support for satellite and space avionics programs.
- 06
Aerospace Research & Development
Engineering support for advanced aerospace R&D and technology demonstrator programs.
Why Choose Us
Why Choose Us?
End-to-End Avionics Expertise
Comprehensive support from concept development and system design to certification and deployment
Safety and Compliance Focus
Engineering solutions aligned with aerospace safety, reliability, and regulatory requirements
Systems Integration Excellence
Proven expertise in integrating complex avionics hardware, software, and communication systems
Advanced Engineering Capabilities
Strong proficiency in systems engineering, embedded development, simulation, testing, and verification
Accelerated Development
Efficient development methodologies that reduce risk, improve quality, and shorten time-to-market
Engineering Intelligent Avionics for the Future of Flight
We help aerospace organizations develop innovative avionics systems that enhance safety, operational efficiency, and mission performance. By combining engineering excellence with advanced technologies, we deliver avionics solutions that power the next generation of aerospace innovation.
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