Engineering

Designing the built environment: structures, geotechnics, construction management, and environmental engineering.

Circuits to computers: analog and digital electronics, computer architecture, communication systems, and embedded devices.

Why materials behave the way they do: crystal structures, mechanical properties, ceramics, biomaterials, and electronic materials.

Flight and spaceflight engineering: aerodynamics, aircraft structures, avionics, materials, and control systems.

Turning chemistry into industry: reaction engineering, fluid mechanics, heat and mass transfer, and plant safety.

Optimizing systems and processes: operations research, lean manufacturing, ergonomics, and industrial automation.

Architecture, the built environment, and related disciplines.

The engineering of motion and machines: thermodynamics, fluid mechanics, heat transfer, and control systems.

Building machines that sense, think, and act: robot hardware, autonomous systems, computer vision, and embedded control.

Engineering software that lasts: architecture, design patterns, testing, refactoring, and agile practice.