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.
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
Python demo implementations of various missile proportional navigation guidance laws
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 repository of missile guidance theory projects.
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.
Digital and Analog Control for Dynamic Systems. Analysis, Design and Simulation
A game-simulation of different war-type rockets and missiles as a part of All-Ukrainian Tournament of Young Programmers (TUI) in 2023)
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