parachute engineering

Parachute engineering involves designing devices that slow a falling object or person by creating air resistance. Engineers analyze factors like weight, shape, and material strength to develop a canopy that opens reliably and performs effectively in various conditions. They consider airflow dynamics to ensure the parachute deploys smoothly, remains stable during descent, and lands safely. This process combines principles of aerodynamics, material science, and testing to optimize performance, safety, and reliability for applications like emergency escapes, sports, or space missions.