Materials Engineering

Your degree in materials engineering prepares you for a hands-on, technical career. Initially, you’ll likely work as a materials engineer, spending your days in a lab testing the properties of a new composite for an electric vehicle, or on a factory floor troubleshooting why a metal alloy is failing under stress. You could also find yourself in a cost estimator role, analyzing blueprints and production lines to calculate the precise material and labor costs for a project, though this specific field is contracting.

As you gain experience, your career can branch. Many engineers progress into management, where your focus shifts from hands-on testing to leading teams, managing budgets, and making high-stakes decisions about which materials to use. Another path, requiring an advanced degree, is becoming a postsecondary teacher, where you’ll mentor the next generation of engineers. While core engineering and teaching roles are growing, AI is changing the work.

With moderate AI exposure across these careers, you can expect automation to handle routine data analysis and simulations. This doesn't eliminate your job, but it changes it. Your value will increasingly lie in your ability to design the right experiments, interpret AI-generated results, and solve the complex, novel problems that automation can't. Adaptability will be key to your success.

Students weighing Materials Engineering often also consider Metallurgical Engineering, Textile Engineering, and Mechanical Engineering — compare earnings, ROI, and AI outlook side by side.