UIUC’s Chemistry BS empowers students to interrogate matter at atomic resolution and invent materials that advance energy, medicine, and sustainability. Rigorous sequences in physical, organic, inorganic, and analytical chemistry pair with computational modelling on the Petascale Blue Waters system and hands-on spectroscopy in the Roger Adams Lab. Industrial co-ops with Dow and Argonne help translate lab discoveries into scalable processes. Graduates enter PhD programs, chemical manufacturing, patent law, and entrepreneurship.
Organic synthesis of biodegradable photovoltaic dyes
Density-functional-theory study of CO₂ reduction catalysts
Electrochemical sensor detecting heavy metals in water
Kinetic investigation of enzyme-mimetic organometallics
Microfluidic platform for rapid reaction optimization
Green-chemistry audit of campus cleaning supplies
XR visualization of molecular orbitals for teaching
Polymer-gel electrolyte development for solid-state batteries
Isotope labeling to trace metabolic flux in algae biofuel
Outreach kit demonstrating acid-base indicators with natural dyes
NMR-based metabolomics of fermented foods
Photo-catalytic degradation study of microplastics
Patent landscape analysis of perovskite solar materials
White paper on safe lab practices for emerging nanomaterials
Podcast interviewing chemists on circular-economy strategies
Machine-learning model predicting reaction yields from literature
Transform molecules into breakthrough materials and sustainable solutions.
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