Sr Space Sys Engr | M' IEEE IET PEC | Project Mgr | Team Lead | Space Sys & Ground Ops Consultant | ICT R&D Advisor | Digital Twin SATCOM Trainer | EdTech Outreach | SpaceTech Writer
Space Empowerment
Empowering Academia and NewSpace with Insightful Innovative Space Systems Projects, SpaceTech Consultancy and accessible Space Outreach.
SpaceTech Skills
Systems Engineering
Leading trends analysis and strategic recommendations for early adoption of new space technologies.
Data Analysis/ Business Analytics
Turning data into actionable insights for real systems development and business startegies.
Projects & Operations Mangement
Managing unique Projects and day-to-day Operations both aligned with the mission and long-term objectives of the organization.
Projects Dissemination
Selected Projects Highlights
Numerical Calculations of Charging Threshold at GEO Altitudes With Two Temperature Non-Extensive Electrons
Surface charging at geosynchronous altitudes poses significant risks to spacecraft, often linked to extreme charging events during substorms. By employing a two-temperature q-non-extensive distribution function, we developed an improved current balance equation that better predicts charging thresholds compared to Maxwellian models, considering the effects of various non-extensive plasma parameters.
Air traffic monitoring using optimized ADS-B CubeSat constellation
Our study explores how CubeSats enhance Mega Constellations in Low Earth Orbit (LEO) for air traffic control and management. We present an optimized ADS-B CubeSat constellation designed to improve global air traffic surveillance, especially over oceans. By leveraging ADS-B technology, our solution offers cost-effective, comprehensive coverage for intercontinental flights.
Investigation of VLF/LF electric field variations related to magnitude Mw≥5.5 earthquakes in the Mediterranean region for the year 2023
This study statistically analyzes lithosphere–atmosphere–ionosphere interactions for Mw5.5+ earthquakes in 2023, utilizing sub-ionospheric VLF/LF radio links. With high-resolution electric field measurements from the INFREP network, we investigate significant variations, notably in the TBB-GRZ link associated with the Turkey–Syria earthquake sequence, interpreting results via atmospheric gravity waves.
Numerical Modelling and Rugged Techniques for De-orbiting of LEO Space Debris
We present a cost-effective approach to space debris mitigation using a Hoover Capturing System (HCS). By modeling debris clusters from events like Fengyun-1C and Iridium 33, and applying a magnetic field-based capture method, we offer a robust solution for removing millimeter and centimeter debris, ultimately burning fragments upon reentry.
Design concept of cost effective LEO satellite system for Automatic Dependent Surveillance-Broadcast (ADS-B)
We present a design for a space-based ADS-B system comprising 20 LEO satellites to enhance global air traffic surveillance, particularly over trans-oceanic routes. The system offers improved accuracy and coverage, addressing limitations of existing radar and terrestrial ADS-B systems in monitoring congested airspace, with a feasible and cost-effective solution.
A LEO Nano-Satellite Mission for the Detection of Lightning VHF Sferics (Space and Ground Segments)
A LEO nano-satellite detects VHF sferics from lightning, integrating a lightning antenna, receiver, and data acquisition in a compact design. A gravity gradient boom enhances sensitivity. The mission employs three identical satellites for global coverage, supported by a distributed ground network for real-time data tracking, analysis and dissemination globally.
Investigating Space Weather Effects on Satellite-Based Navigation Systems
We present a design for a space-based ADS-B system comprising 20 LEO satellites to enhance global air traffic surveillance, particularly over trans-oceanic routes. The system offers improved accuracy and coverage, addressing limitations of existing radar and terrestrial ADS-B systems in monitoring congested airspace, with a feasible and cost-effective solution.
LEO Satellites' Ground Station (SDR-GS) Development, Operations, Data Analysis and Real-Time (GUI) Dissemination
This project involves the development and operation of a ground station for Low Earth Orbit (LEO) satellites, utilizing Software-Defined Radio (SDR) technology. It focuses on real-time data collection, analysis, and dissemination through a graphical user interface (GUI), optimizing satellite communications and enhancing operational efficiency for LEO missions.
Projects
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