21 Engineering Worlds

Land, survive, and build on another world.

• Rockets
• Entry descent & landing
• Habitats

Satellites, telescopes, and the machinery of discovery.

• Satellites
• Orbits
• Space robotics

Move people and goods — cleanly, safely, at scale.

• Autonomous vehicles
• Electric mobility
• Rail

Loads, spans, and the art of standing up.

• Trusses
• Structural analysis
• Materials testing

Pressure, salt, and the last unmapped frontier.

• Marine systems
• Underwater robotics
• Ocean sustainability

Design a city that works for everyone in it.

• Urban planning
• Digital twins
• Infrastructure systems

Keep the lights on while the grid transforms.

• Renewables
• Smart grids
• Energy storage

Sense, think, act — and work alongside people.

• Robot design
• Automation
• AI robotics

Engineering answers to the defining problem.

• Climate solutions
• Carbon accounting
• Restoration

The physical machine behind artificial intelligence.

• Racks
• Liquid cooling
• Networking

Computational thinking, then real systems.

• Programming
• Algorithms
• AI systems

Engineering that touches a human body.

• Medical devices
• Prosthetics
• Wearables

Smart factories that learn while they build.

• Smart factories
• Industry 4.0
• Digital twins

Turning reactions into reliable processes.

• Sustainable processes
• Pharmaceuticals
• Water treatment

Clean water, clean air, restored land.

• Water systems
• Air quality
• Waste management

Circuits, sensors, and the nervous system of everything.

• Circuits
• Sensors
• Embedded systems

From transistors to the chips that run AI.

• Chips
• Processors
• AI hardware

Change the material, change what is possible.

• Nanotechnology
• Advanced materials
• Composites

Dense, firm, carbon-free power — handled with respect.

• Reactor physics
• Safety systems
• Fuel cycle

Make the whole system better, not just one part.

• Optimization
• Operations
• Supply chain

Deliver hard projects with real people.

• Project management
• Risk
• Cost & schedule