CMU’s Chemistry PhD empowers synthetic, physical, and computational chemists to tackle challenges from green energy to precision medicine. Students automate reaction discovery with robotic microfluidics, visualize catalytic intermediates via ultrafast spectroscopy, and deploy ML retrosynthesis planners that accelerate drug pipelines. Entrepreneurial seed funds and IP workshops support translation to cleantech and pharma startups.
Photoredox flow reactor upcycling polyolefin waste to monomers
Quantum-chemical design of singlet-fission chromophores for PV efficiency
Enzyme-mimetic nano-catalysts for CO₂ hydrogenation to methanol
Solid-state NMR mapping protein–ligand conformational dynamics
AI-driven solvent selection minimizing EHS footprint in synthesis
Electro-organic synthesis of chiral APIs with asymmetric induction
Mechanistic study of halide perovskite degradation under humid conditions
Peptide stapling library targeting KRAS–RAF interaction
Ionic-liquid electrolyte exploration for zinc-air batteries via active learning
Surface-enhanced Raman sensor detecting opioid adulterants in field tests
Mussel-inspired catechol adhesives for biomedical implants
Computational exploration of entropic catalysis in enzyme tunnels
Paper micro-fluidic array for colorimetric heavy-metal detection
Metathesis polymerization producing biodegradable elastomers
Policy brief on phasing out PFAS via green-chemistry alternatives
Interactive AR lab manual visualizing molecular orbital transitions
Design transformative chemistry solutions with CMU.
Whether it's Machine Learning, Data Science, or Web Development, Collexa is here to support your academic journey.
"Collexa transformed my academic experience with their expert support and guidance."
Computer Science Student
Reach out to us for personalized academic assistance and take the next step towards success.
