OUR CAPABILITIES

Engineering Mission-Critical Systems

NeoTech delivers advanced engineering solutions for the aerospace and defence industries with AS9100-compliant processes and deep domain expertise, we help OEMs, Tier-1 suppliers, and defence organizations accelerate innovation while ensuring absolute safety, performance, and regulatory conformance.

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System Engineering

We provide full lifecycle system engineering for aerospace and defence platforms that demand precision, safety, and robust architectural integrity.

Capabilities include
Model-based system engineering (MBSE) using SysML/UML
System decomposition, interface design, and subsystem integration
Safety & reliability engineering (FHA, FTA, PRA)
Performance modeling and simulation
Configuration management and documentation for certification audits
Conformance to aerospace standards and mission requirements

Software Engineering

We engineer certification-ready software for avionics, mission systems, and aerospace platforms with strong compliance frameworks.

DO-178C compliant software development (Levels A–D)
Flight control, navigation, and autopilot software engineering
Real-time embedded software & middleware development
Mission computer software and onboard application development
Adaptive flight logic, sensor interfacing, and control algorithms
RTOS-based development (VxWorks, Integrity, QNX)
Tool qualification, traceability, and documentation as per DO-330

Audio & Video Systems

Building highly reliable audio-video systems for cockpit, cabin, and defence communication environments.

In-flight entertainment (IFE) systems & cabin experience solutions
Cockpit audio systems, crew communication platforms, ANC algorithms
High-bandwidth AV streaming for tactical military operations
Video processing, compression, and sensor feed integration
Custom HMI development and display systems
EMI/EMC-compliant hardware and firmware integration
Certification-aligned testing for airborne systems

Radar & Signal Processing

We design and optimize high-performance radar and electronic warfare (EW) systems for defence and aerospace applications.

Radar signal processing algorithms (FFT, pulse compression, beamforming)
Target detection, classification, and tracking algorithms
RF front-end integration & embedded DSP implementation
Electronic warfare (EW) support: spoofing, jamming, threat detection
Sensor fusion for multi-sensor platforms
Real-time simulation tools and digital signal chain modelling
FPGA/DSP acceleration for radar workloads

Manufacturing Engineering

Supporting aerospace OEMs with advanced manufacturing engineering, tooling, and production readiness.

Production engineering for aerospace structures & components
Tool design, jigs & fixture development
CNC programming (3-axis / 5-axis) and machining optimization
Composite material engineering & layup processes
Industrialization, PPAP, APQP, FAI readiness (AS9102)
Lean manufacturing and process capability studies
Cost, weight, and manufacturability optimization

FPGA Services

We provide high-performance FPGA design and development services for mission-critical avionics and defence applications.

ASIC-to-FPGA migration and FPGA-based prototyping
RTL design, verification, and optimization (VHDL/Verilog/SystemVerilog)
High-speed interface design (PCIe, ARINC 429, MIL-STD-1553, SpaceWire)
DSP algorithm acceleration on FPGA platforms
DO-254 compliant hardware design for avionics systems
SoC FPGA (Zynq/Arria/Stratix) development
Board bring-up, debugging, and hardware-in-loop testing

Verification & Validation

Ensuring every aerospace and defence system meets strict regulatory, environmental, and mission-critical requirements.

DO-178C/DO-254 V&V lifecycle execution
Test plan, test case development, and traceability management
System, integration, qualification & acceptance testing
HIL/SIL/MIL-based test automation frameworks
Environmental & stress testing (HALT/HASS, EMI/EMC, vibration, thermal)
Flight test instrumentation & data analysis
Security testing for mission-critical systems

Power Supply Systems

Designing efficient, ruggedized, and reliable power systems for airborne and defence-grade applications.

High-reliability power supply design for avionics systems
Power conditioning, conversion, and distribution units (PCDU)
EMI/EMC-compliant hardware engineering
Redundancy & fault-tolerant design
Thermal & load analysis for harsh environments
Compliance with DO-160G standards
Embedded power management firmware

MRO (Maintenance, Repair & Overhaul) Services

Supporting airlines, defence forces, and OEMs with lifecycle maintenance solutions that improve availability and reduce operational cost.

Maintenance engineering and documentation
Component-level repair and refurbishment
Reliability assessments and life-extension engineering
Service bulletins, technical publications, Illustrated Parts Catalogues (IPC)
Troubleshooting guides & diagnostic manuals
Condition-based maintenance & predictive maintenance solutions
Supply-chain coordination and logistics support

Ready to Engineer Tomorrow’s Vehicles?

From concept to compliance, cybersecurity to connectivity — we deliver excellence at every stage of the automotive V-Cycle.

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