A real-time low-Earth-orbit satellite network emulator

Collection of resources on Wireless Systems for researchers, educators, and students using MATLAB and Simulink.

A tool to visualize 2-body orbital mechanics as defined by 6 Keplerian elements.

Contrastive Learning Extract

Research Internship at Aalborg University

TCP<->KISS interface written in Python. Used in the ground station segment at Orbit NTNU.

Internship at NXCI, Nanjing

A curated open-source intelligence repository documenting cybersecurity threats, vulnerabilities, and research related to aerospace, satellite, and space-based systems. Focused on real-world attack surfaces, defensive considerations, and emerging risks beyond Earth.

As part of my internship project , I developed a link budget analysis calculator for satellite communication systems. This Java-based tool calculates key parameters such as Effective Isotropic Radiated Power (EIRP) and Free Space Path Loss (Lp) to assess the performance of the Uplinking and Downlinking

A collection of Python scripts for interfacing with the TracVision L2 RV Motorized Satellite Dish over serial. Functionality currently includes targeting geosynchronous satellites and (Very Roughly) tracking moving satellites.

MeterSense is an end-to-end smart meter analytics platform featuring SQL Server data modeling, firmware-update diagnostics, network-quality monitoring, link-switching logic (cellular → satellite), and ML-driven failure prediction. The repository contains a full relational database schema, views and sample data.

📷 Enable real-time image transmission and reconstruction over TCP/IP with a simple GUI, enhancing network communication and monitoring efficiency.

A Python-based real-time image transmission system that splits compressed images into frame-sized chunks with metadata headers. Supports manual, timer, and continuous modes with error-tolerant reconstruction. Features GUI for both transmitter and receiver, enabling secure, modular, and scalable image transfer.

AGSC is a command line utility to automate tracking, recording, demodulation, and storage of data from amateur satellites.

This study presents a system-level analysis of a hybrid terrestrial–NTN cellular architecture aligned with 5G Standalone (SA) and future 6G design principles. The objective is to evaluate how LEO, MEO, and GEO satellite systems can complement terrestrial cellular networks from an operator perspective.

📊 Analyze and optimize smart LPG meter performance with our SQL Server-based platform, ensuring reliability and predictive insights for better management.