A QT application, a OGC web map server, a collaboration server to plan atmospheric research flights.

Desktop app for visualizing X-Plane airports, navigation data, and launching flights

Unmanned Aerial Vehicle R based Mission Planner

Models the operations of a US based airline, using a hub-and-spoke style flight network to serve markets across the country. Uses real-world airport data, alongside GDP and passenger visitation statistics to determine an economically viable route network

SynthFlight is a fully client-side software for planning aerial photography. Run it either on the desktop or in a browser.

A program which, based on relative demand in all of Norway's airports, tries to construct an optimal schedule given a fleet of planes and restrictions on which routes should be generated. Is not complete; the program is yet to prioritize multiple flights on one route, for example.

:airplane: Flight route planning agent using classic AI search algorithms (A*, Best-First, DFS, BFS).

Free browser-based DJI Fly waypoint mission planner.

Explore the skies with Glider Flight Planner, a web-based tool for glider pilots. Plan flights efficiently with features like landing location selection, flight parameter inputs, and wind condition analysis. Enhance your pre-flight strategy with our detailed maps, including altitude contour rings overlaid on various map types.

A Python-based tool for computing lateral trajectories with GUI and CLI support.

A high-performance toolkit for flight route calculation and navigation string parsing, built in Rust.

A browser-based data-converter and mission planning tool for Genesys Aerosystems IDU-series electronic flight instrument systems. Import, build, edit, and export user waypoint sets and flight plans from a simple table. Convert formats (ForeFlight/Garmin/Google Earth) and generate ready-to-fly files for upload direct to avionics.

No description provided.

Quickly and easily compute Wind Correction Angles and Aircraft Groundspeeds for any range of aircraft True Courses

Find cheapest flights from selected airport.

A professional, high-performance web tool for calculating and verifying regulatory minima across all aircraft categories (CAT A/B/C/D). This application provides instant compliance checking for Precision, Non-Precision, and Circling procedures.

University final project - "Веб-приложение для оптимизации авиамаршрутов доставки почтовых отправлений с использованием роевого интеллекта" (Grade A)

🛩️ Aviation Weather Briefing System - Real-time METAR/TAF analysis with AI-powered flight recommendations. React + Node.js + Python NLP.

Go program to interact with file I/O in order to find and connect plane flights for passengers through commands.

An experimental AI-Assisted flight planning webtool for pilots flying VFR in the UK.

A browser-based flight planning tool to generate custom KML overlays for ForeFlight, Google Earth, and other EFBs to aid in obstacle avoidance. Automatically syncs with the FAA 56-Day DOF and 28-Day NASR databases and allows pilots to filter/display obstacles by height/location.

The reference implementation of the FlightLang language. Includes compiler, Python runtime, Rust codegen, and PX4/ROS 2 integration stubs.

Aplikacja webowa wspomagająca planowanie lotów VFR dla pilotów lotnictwa ogólnego. Analizuje dane METAR/TAF oraz ograniczenia samolotu i generuje rekomendację wykonania lotu. Stworzona w Angular i ASP.NET Web API.

Documentation/Postman collection for the Infinite Flight Live API.

A Heroku app that aggregates flight planning information for the BC lower mainland and displays it in a format that is nice to read on either a desktop or mobile device.

Application intended to help pilot plan for flight but also track past flights

A flight planning app made to confirm your hand-made flight plans data.

A ROS Package for flight planning on the Matrice M100 in obstacle free environments

This repository showcases cartographic products developed during my Cartographic Engineering and Surveying course, including maps, Python scripts, flight planning, surveys, and 3D models.

Optimised drone path planning for delivering medical supplies between Bristol Royal Infirmary and Southmead Hospital using Delaunay Triangulation. The project focuses on obstacle-aware navigation and integrates with Mission Planner for waypoint generation and simulation.