Covers heat transfer in high-speed flows and its impact on aerospace vehicles.

Covers thermodynamic cycles, propulsion efficiency, and high-temperature applications.

Explains mass distribution, center of gravity calculation, and flight safety considerations.

Explains the design and operation of robotic arms and autonomous systems in orbit.

Introduces preliminary design stages, sizing, trade studies, and optimization techniques.

Introduction to process simulation using Aspen Plus software for chemical engineers.

Introduction to reaction rate laws, mechanisms, and kinetics modeling.

Covers nucleation, crystal growth, and equipment for solid-liquid separation.

Explores bioreactors, enzyme kinetics, and fermentation processes in chemical plants.

Focuses on physical, chemical, and biological treatment processes for effluent control.

Studies flow behavior and design considerations for gas-liquid-solid systems.

Frameworks and best practices for managing process safety in chemical plants.