The STEM Behind
the Score
A weekly breakdown of the real STEM careers powering professional and college sports — the people, the science, and the path to get there. Built for educators who want to bring it into the classroom.
Get the Monday Huddle →Sports Scientist
Also: Performance Scientist · Director of Sports Science · Performance Director
When an athlete plays a full season and barely misses a night, that's not luck. A sports scientist is reading the data behind every practice, sprint, and recovery day — and deciding when to push and when to pull back.
What they actually do
Sports scientists turn the body into data. They fit athletes with GPS trackers and heart-rate monitors, measure how much training load a player can handle before injury risk climbs, and build the recovery plans that keep a roster healthy through a long season. On a given day they're running performance tests in the lab, reviewing wearable data with coaches, and turning numbers into decisions: who trains hard today, who rests, and who's trending toward a breakdown.
How you get there
Start with a bachelor's in exercise science, kinesiology, or physiology. Most college and pro roles now expect a master's, and the top performance-director jobs often go to people with a PhD. Plenty of sports scientists also arrive through strength and conditioning or physical therapy. The throughline is the same: understand the human body deeply, and know how to measure it.
Daniel Bove spent a decade in the NBA as Director of Performance and Sports Science for the New Orleans Pelicans — the person star forward Zion Williamson has credited with his physical improvement and rehab. His path started with a Master of Science in Exercise Science from the University of South Florida.
Try it yourself
Think like a sports scientist with a recovery test. Take your resting heart rate. Do 30 seconds of jumping jacks, then check your heart rate again. Now time how long it takes to drop back to resting. That recovery window is one of the exact signals sports scientists track to gauge how fit an athlete is — and how ready they are to go again.
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Bring us to your program →The Library / 3 more careers
Every career we've featured, organized for fast browsing. Each one is a deep-linkable section with its own structured data.
Performance Data Analyst
Also: Sports Data Analyst · Performance Analyst · Sports Analytics
Behind every lineup decision, every draft pick, every "go for it on fourth down" is a number someone crunched. A performance data analyst turns raw game and player data into the insights that decide who plays, who gets drafted, and how a team wins.
What they actually do
Performance data analysts crunch everything a team can measure — player tracking, shot charts, win probabilities, opponent tendencies. They build models that answer real questions: Is this player worth the contract? Which play works against this defense? When should we rest a starter? Then they turn those models into something coaches and general managers can use on game day.
How you get there
Start with a bachelor's in statistics, data science, computer science, or math. Learn to code — Python and R are the working languages of sports analytics — and get comfortable turning spreadsheets into clear visuals. The analysts who stand out pair the technical skills with real sports knowledge, so they know which questions are worth asking.
Paul DePodesta is the analyst who helped prove that data could out-pick gut instinct in pro sports. A Harvard grad, he used numbers to evaluate baseball players for the Oakland A's — work made famous in the book and film Moneyball, where he's the inspiration for Jonah Hill's character. That analytics mindset took him all the way to the top: in 2025 he was named President of Baseball Operations for the Colorado Rockies.
Try it yourself
Be an analyst for ten minutes. Pick your favorite player and pull up their last five games. Track one stat — points, assists, completions, whatever fits. Now hunt for a pattern: do they perform better at home? After a rest day? Against certain teams? Spotting that pattern in the numbers is exactly what a performance data analyst does, just at a much bigger scale.
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Bring us to your program →Broadcast Engineer
Also: Broadcast Technician · Live Production Engineer · Video / Audio Engineer
You're watching the game from twenty angles, with instant replay and audio clean enough to hear the ball. None of that happens by accident. A broadcast engineer built the system that turns a live stadium into a flawless feed on millions of screens.
What they actually do
Broadcast engineers run the technology behind a live broadcast. They set up and operate the cameras, audio boards, and replay systems, and they manage the equipment that carries the signal from the stadium to your screen — then keep all of it running flawlessly while the game happens in real time. When a feed drops or a replay glitches, they're the ones who fix it in seconds, on live TV, with no second takes.
How you get there
Most broadcast engineers start with a technical certificate or a degree in broadcast technology, electronics, or electrical engineering. From there it's hands-on reps — many begin at local stations or college sports productions before working their way up to the big leagues. The job rewards people who know the gear cold and stay calm under live pressure.
This summer, the 2026 FIFA World Cup will be one of the biggest broadcast-engineering challenges ever attempted: 104 matches across 16 cities in the U.S., Canada, and Mexico, with 45 to 50 cameras at every game — pole cams, cable cams, and a new "RefCam" that shows exactly what the referee sees. Pulling it off takes armies of broadcast engineers running 16 separate production teams, led by FIFA's head of host broadcast production, Oscar Sanchez.
Try it yourself
Direct the broadcast in your head. Next game you watch, stop following the ball and start watching the coverage. Count the camera angles. Notice each cut — to a replay, an overhead shot, a tight close-up on a player's face — and ask why that angle, right then. Every one of those cuts is a decision a broadcast team made in real time, and learning to see them is the first step to making them.
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Bring us to your program →Biomechanist
Also: Sports Biomechanist · Movement Scientist · Performance Biomechanist
Why does one pitcher throw 100 miles an hour and stay healthy while another blows out his elbow? A biomechanist can answer that. They study exactly how the body moves — joint by joint, frame by frame — to make athletes faster, stronger, and far less likely to get hurt.
What they actually do
Biomechanists break human movement down into physics. Using motion-capture cameras, force plates, and sensors, they measure exactly how an athlete's joints, muscles, and bones work together during a sprint, a swing, or a jump. Then they use that data to fix what's inefficient or dangerous — smoothing a runner's stride, refining a pitcher's mechanics, or flagging the movement patterns that lead to injury before they happen.
How you get there
Biomechanists usually need a master's or PhD in biomechanics, kinesiology, or a related field, built on an undergraduate foundation in biology, physics, and math. The work sits right where the human body meets engineering, so you'll want to be comfortable with anatomy and data in equal measure.
Major League Baseball teams now run their own biomechanics labs. The Baltimore Orioles, for instance, staff a biomechanist in their motion-capture lab in Sarasota, Florida, where cameras and force plates measure exactly how a player's body moves. That data feeds straight into player development — helping pitchers throw harder and helping the whole roster avoid the injuries that derail seasons.
Try it yourself
Become a movement scientist with your phone. Film a friend (or yourself) doing ten jumps, then watch it back in slow motion. Look closely: do the knees cave inward on landing? Does one side work harder than the other? Where does the power come from? Spotting those patterns in slow-motion video is exactly how a biomechanist starts — just with far fancier cameras.
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