Build the Future: STEM Majors That Let You Create, Invent, and Change the World

Imagine being able to program an app that lets you order dinner with a tap of a button, build self-driving cars, design software that lets you communicate with your doctor from hundreds of miles away, or even stop a cyberattack before it locks an entire hospital out of its patient records. What do all these have in common? They all started by choosing a STEM major. 

Choosing a major can feel like choosing a whole life path, which is a lot of pressure for an 18-year-old or a 28-year-old figuring out a career change. STEM degrees aren't just about labs and textbooks; they’re about building the things that shape how we live, play, and interact with each other and the world around us. Here is a look at a few STEM pathways and impactful, real-world work they can lead to. 

What STEM majors can I pursue?

Computer & Data Science: 

Imagine building the next TikTok, Spotify, or Instagram app. In your courses you’d learn more about different programming languages, devising algorithms, computing and statistics, artificial intelligence, and how to transform massive amounts of data into useful insights. You’d be a key part of every app, AI tool, and software platform changing the world. 

Mechanical & Electrical Engineering: 

Imagine designing a prosthetic arm that lets a child throw a baseball for the first time or helping build robots that explore Mars. Mechanical and electrical engineers take ideas that exist only on paper and turn them into real life. In your courses you’d learn more about physics, mechanics, electronics, and circuit design. This degree is perfect for hands-on students. 

Biomedical Engineering: 

Imagine helping create the world’s first artificial heart. Biomedical engineers combine engineering, medicine, and innovation to create technologies that improve and save lives. In your courses you’d learn more about biology, chemistry, anatomy, biomechanics, electronics, and programming.

Civil & Environmental Engineering: 

Imagine designing a structure like the Golden Gate Bridge, building skyscrapers, developing airports, and much more. Civil and environmental engineers shape the world around us. Every bridge you cross, every stadium you cheer in, and every airport you travel through came from an engineer who turned ideas into reality. In your courses you’d learn mathematics, physics, calculus, materials science, and structural design. 

Every STEM career starts from the beginning, or the learning phase. This eventually leads to designing technology that helps doctors save lives, building cleaner cities, and creating robots that explore other planets. The question isn't just, “what do I want to study?,” it’s, “what kind of impact do I want to make?”