At CMU you won’t just learn about the equipment professionals use, you’ll use it yourself. From your very first research project, you’ll have access to some of the most advanced scientific instruments available.
Here’s how each one works, how you’ll use it, and what it means for your future.
Using these high-powered instruments, basically MRI machines for molecules, you’ll uncover how atoms are connected within a substance. You’ll run your own samples, analyze molecular structures, and gain experience with the same equipment found in professional labs. Whether you’re exploring organic compounds or running a complex synthesis, NMR puts molecular insight right at your fingertips.
You’ll get hands‑on training with both tools, learning how scientists uncover the hidden structures that explain why materials behave the way they do.
You’ll use these instruments to evaluate the electronic and vibrational properties of molecules. Whether you’re studying how a compound absorbs light or identifying functional groups, you’ll be building real-world analytical skills that are vital in research, medicine, and manufacturing.
You’ll learn how to separate complex mixtures and evaluate purity—essential in fields like environmental testing, pharmaceuticals, and food science.
These powerful hybrid tools take things a step further by identifying not only how many things are in a mixture, but also what they are and how much they weigh. You’ll master these techniques to fully analyze samples with a level of precision expected in top-tier research labs.
When you need to know what elements make up your sample, these instruments have the answers. You’ll use them to evaluate composition and gain deep insights into everything from metals to trace ions.
This tool helps you study how materials respond to heat. Whether you’re testing thermal stability or decomposition, you’ll gather data that brings theory to life.
With access to this kind of technology, you won’t just be learning science, you’ll be doing it. You’ll graduate with experience using the same equipment professionals rely on, giving you a competitive edge whether you're applying to graduate school, entering industry, or launching a research career. These tools are more than machines, they’re your bridge to discovery, innovation, and opportunity.