London, England
I'm a CS Graduate currently working as a Junior Systems Engineer. I like building and managing Servers, developing Radio projects, and programming Hardware and Embedded devices.
This is a real-time ADS-B aircraft tracker that receives live radio signals broadcasted by aircraft and displays them on a radar GIO. It tracks aircraft positions, flight paths, altitude, and other flight data in real time using a 1090 MHz radio antennawith coverage extending up to 200 miles.
PlaneCam is a motorised camera tracking module designed to extend the functionality of PlaneTracker. When an aircraft is close enough, PlaneTracker sends the aircraft’s coordinates and altitude via TCP to the Raspberry Pi. Using this data, the system automatically calculates the aircraft’s position and rotates a motorised pan-tilt camera mount to track and aim at the target. Once aligned, the system captures an image of the aircraft and sends it back.
Thsi is my ground station setup for receiving and decoding satellite imagery using a custom V-Dipole antenna. The system captures satellite radio transmissions and processes them into viewable images from weather satellites such as Russian Meteor-M series and American NOAA satellites. Here you can see my setup and some of the images I've received from Russian Meteor-M2 3 and 4 satellites while they were passing over West Europe.
This is a project which lets you view images from NOAA's GOES series geostationary satellites such as GOES 16, 17, 18 and 19. The program is made to automatically receive satellite images every 10 minutes form a selected satellite and every 24 hours a timelapse of all images combined will be ouputted.
