Delivered a robust, flight-validated datalink achieving high data rate operation.
Ground and flight test verification.
Ku-band LOS/BLOS data link architecture and link budget validation.
Identification and resolution of transceiver self-interference caused by low diplexer isolation.
Design of additional uplink filtering to restore receiver dynamic range.
Co-channel interference analysis and receiver selectivity characterisation.
Successfully deployed a UAV SATCOM capability, achieving 10 Mbps return link performance, validated through flight testing.
Ground and flight testing.
SATCOM system trade-off analysis (mechanical steering vs. phased array vs. low-profile antennas).
RFI/RFP technical point-of-contact activities.
SATCOM link budget analysis and performance verification.
Integration of airborne SOTM antenna, mobile earth station, and fixed ground station.
Delivered a flight-validated UAV communication system with optimised antenna placement, mitigated shadowing, and verified RF and link performance.
Antenna placement analysis (HFSS, CST, various electromagnetic simulation tools).
Various antennas are integrated to MALE class ANKA UAV.
Switching antenna solution for UAV to solve antenna shadowing problem.
Link and RF Budget Analysis.
Test setup solutions for transmitter/receiver characterization.
Delivered requirements-driven mmWave phased array antenna capability, with quantified RF performance and over-the-air validation using live Ka-band satellite signals.
Defined the system requirements of mmWave phased array antenna
RF system budget tools to calculate phased array antenna performance parameters such as G/T, EIRP, and noise temperature
Analyzed mmWave phased array antenna specifications such as instantaneous bandwidth, sidelobe levels of antenna patterns, and phase/amplitude noise level of aperture
Developed a test environment for testing and verifying various Ka band antenna prototypes with satellite signals in an over-the-air test setup
Delivered a robust, flight-validated datalink achieving high data rate operation.
Led high-mix, low-volume RF microwave module manufacturing for defense and aerospace applications.
Enhanced production overall efficiency by 30% through the implementation of lean manufacturing methodologies.
Implemented Value Stream Mapping, Poka-Yoke, KANBAN, and 5S workplace organization to optimize workflow.
Drove automation initiatives by integrating Manufacturing Execution Systems (MES) for real-time tracking.
Reduced defects significantly, achieving a 98.5% first-pass yield rate in RF/microwave electronics assembly.
We collaborate with you to build a resilient supply chain strategy, mitigating risks associated with material shortages and long-lead items.
Developed risk mitigation strategies for RF material shortages and long-lead items.
Secured alternative suppliers and optimized inventory levels to ensure supply chain resilience.
Managed 100+ global suppliers across the US and EU, ensuring on-time delivery for critical projects.
Achieved a 20% reduction in procurement costs through strategic supplier management.
Implemented cost control frameworks and financial forecasting to streamline project expenses.
We provide comprehensive testing services tailored to the requirements of the European Defence community, ranging from ESS to microelectronics reliability testing.
Conducted rigorous environmental engineering tests fully compliant with MIL-STD-810 standards.
Enforced quality assurance for microelectronics reliability according to MIL-STD-883 protocols.
Executed performance specification testing for hybrid microcircuits (MIL-PRF-38534).
Implemented systematic environmental stress screening (ESS) including thermal cycling, vibration, and shock testing.
Delivered detailed compliance reporting for reliability and environmental endurance.
We offer a turn-key service to design and install ISO-compliant cleanrooms/production facilities for your projects.
Established and enforced cleanroom manufacturing standards for sensitive RF electronics.
Ensured full facility compliance with ISO 14644-1 for controlled electronic component manufacturing environments.
Designed and managed the setup of high-precision manufacturing lines for defense applications.
Implemented structured approaches to minimize contamination and ensure facility readiness.
Led cross-functional teams to operationalize manufacturing spaces from initial drawings to full production.
