Engineering & Physics Disciplines

Flight, spacecraft, rockets, and aerodynamics — engineering things that leave the ground.

Engineering for the human body — prosthetics, medical devices, biomechanics.

Turning raw materials into useful products through reactions, heat, and mass transfer.

Bridges, buildings, roads, water systems — the infrastructure of daily life.

Hardware, circuits, embedded systems, and how computers actually work.

Electrons in motion — power, circuits, signals, and everything that runs on electricity.

Clean water, clean air, waste, and sustainability — engineering for a healthy planet.

Optimizing systems, processes, and workflows to make things efficiently and safely.

Metals, polymers, ceramics, composites — the stuff everything else is made from.

Motion, forces, machines, gears, and how things move.

Energy from the atom — fission, radiation, and the power of the nucleus.

Designing, building, and maintaining the code that runs the modern world.

Where structure meets design — making buildings that stand up and feel right.

Sensors, feedback loops, and automation — keeping systems on target.

Power generation and storage — solar, wind, batteries, and the grid.

Soil, rock, foundations, and the ground everything is built on.

Moving people and goods — supply chains, routing, and transport systems.

Turning designs into physical products at scale — machining, assembly, and process.

Ships, submarines, and offshore structures — engineering for the sea.

Where mechanical meets electronic meets code — robots and smart machines.

Forces, motion, energy, and the laws that govern how things move.

Electric and magnetic fields, charges, and the forces that shape our electrified world.

Heat, temperature, and energy transfer — how energy moves through matter.

Sound, light, and wave behavior — from ripples on a pond to rainbows.

Quantum mechanics and relativity — the physics of the very small and the very fast.

Stars, galaxies, gravity, and the physics of the cosmos.