Developed a missile guidance and ballistic control system for autonomous mid-air and surface-to-air target chase and interception
An attempt to a comprehensive Intercontinental ballistic missile simulator
A Python framework for optimizing high-power rocket designs using hybrid Continuous Ant Colony Optimization (ACO-R) and physics simulations to solve complex inverse trajectory problems.
This project focuses on developing a Ground-to-Air Missile Guidance System using a triple-loop PID control structure in MATLAB/ Simulink.
Python demo implementations of various missile proportional navigation guidance laws
Lunar Exploration and Missile target Optimization
Skynet incorporating the new feature to redirect ICBMs to Point Nemo or the Sun as part of a hypothetical plan to protect humanity from potential misuse of nuclear weapons. Higher Revisions with AI & ML
3D missile-vs-drone interception simulator built with React Three Fiber, TypeScript, and Zustand, featuring realistic guidance modes (Pure Pursuit, Lead, PN), configurable drone behaviors, live HUD telemetry, trajectory/radar visualization, and replay-ready simulation controls.
A compact project demonstrating missile Guidance, Navigation, and Control (GNC) using MATLAB, simulation tools, and embedded systems. Focuses on improving trajectory accuracy, stability, and autonomous control through modeling and real-time simulation.
A repository of missile guidance theory projects.
A game-simulation of different war-type rockets and missiles as a part of All-Ukrainian Tournament of Young Programmers (TUI) in 2023)
Digital and Analog Control for Dynamic Systems. Analysis, Design and Simulation
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