Engineers turn ideas into real bridges, engines, circuits, medical implants, water systems and roller coasters. Some sit at a computer running simulations, others are out in a mine, a power plant or a factory floor. You can get in with a four-year degree, or start as a technician with a two-year degree and climb from there.
20 fields, 407 careers
Mechanical Engineering(22): The broadest branch of engineering: anything that moves, spins, heats up, cools down or carries a load, from engines and HVAC to toasters…
Electrical & Electronics Engineering(26): Electricity and electronics: the power grid, circuits, chips, antennas, and every gadget with a battery or a plug.
Civil & Structural Engineering(26): The engineers behind roads, bridges, tunnels, dams, buildings and water systems: the physical backbone of every town and city.
Chemical Engineering(24): Scaling up chemistry and biology from the lab to giant plants that make fuels, medicines, plastics, paper, food and clean energy.
Industrial & Systems Engineering(18): The engineers of efficiency: designing better ways for factories, hospitals, warehouses, airlines and theme parks to work.
Environmental Engineering(21): Engineering for a cleaner planet: safe drinking water, sewage treatment, clean air, toxic cleanup and cutting waste and carbon.
Robotics & Mechatronics(20): Machines that sense, think and move: industrial robots, humanoids, surgical robots, automation and the people who build and fix them.
Biomedical Engineering(19): Engineering for the human body: medical devices, artificial limbs, brain implants, imaging machines and lab-grown tissue.
Materials Engineering(19): The science of stuff: inventing, choosing and testing the metals, plastics, ceramics, composites and nanomaterials everything is made of.
Nuclear Engineering(21): Harnessing the atom: nuclear power plants, fusion research, radiation safety, reactor design and cleaning up nuclear waste.
Petroleum & Mining Engineering(29): Getting oil, gas, metals and minerals out of the earth: drilling wells miles deep, blasting rock and running mines.
Optical & Photonics Engineering(17): Engineering with light: lenses, lasers, fiber-optic internet, camera sensors, lidar and the displays inside AR glasses.
Acoustical Engineering(17): The engineering of sound and vibration: quiet buildings, great-sounding concert halls, noise-cancelling earbuds, speakers, sonar and…
Agricultural & Biological Engineering(18): Engineering for food and farms: smart tractors, irrigation, food factories, indoor farms, fish farms and turning waste into energy.
Safety & Fire Protection Engineering(20): Engineers and technicians who keep people from getting hurt: fire protection, workplace safety, chemical plant safety and designing…
Entertainment & Specialty Engineering(20): Engineering for fun: roller coasters, animatronic characters, stage magic, movie effects, toys, pinball, fountains and sports gear.
Engineering Beyond the Lab(19): Jobs where an engineering mind meets people, business and law: sales, patents, forensics, management, teaching and writing.
Engineering Technicians & Drafting(16): The hands-on side of engineering: drafters, surveyors, mapmakers, inspectors and testers who often start with a two-year degree or…
Defense & Weapons Systems Engineering(13): The engineers who design, protect and test military ships, aircraft and equipment, from armor and lasers to the ranges where it all gets…
Career Universe is an early version. Pay, training and AI-risk figures are estimates to start your own research, not verified facts. The research was written with AI research assistants, checked by validation scripts and spot-checked by hand. Check anything important with schools, employers and official sources. How the numbers work.