From carbon-negative cement to mRNA drug factories, Georgia Tech’s Chemical and Biomolecular Engineering BS delivers the molecular-level insight and plant-scale know-how to re-imagine global industries. First-year studios teach Aspen Plus and MATLAB reactors; by junior year, students run continuous-flow micro-reactors in the $23 million Carbon-Neutral Process Innovation Center. Electives in metabolic engineering and soft-matter rheology intersect with NSF-funded faculty tackling green hydrogen, bioplastics, and CRISPR fermentation. Graduates leave fluent in process simulation, techno-economic analysis, and the regulatory pathways that transform bench breakthroughs into FDA- or EPA-approved realities.
Membrane contactor for modular direct-air CO₂ capture
CRISPR-engineered yeast pathway for bio-jet-fuel synthesis
Life-cycle assessment comparing petro- and bio-based polyethylene
Electrocatalytic reactor for ammonia production under ambient pressure
Micro-algae photobioreactor optimizing light-scattering nanoparticles
Hydrogel sorbent for heavy-metal removal in industrial wastewater
Continuous stirred-tank reactor network for vaccine lipid-nanoparticle production
Process-control AI predicting fouling in heat-exchanger networks
Biodegradable polymer blend from lignin and polylactic acid
High-throughput screening of ionic liquids for cellulose deconstruction
Dynamic process simulator to integrate renewable energy with steam cracking
Photo-electrochemical cell converting plastic waste to value chemicals
Enzymatic cascade for upcycling greenhouse-gas methanol into protein feed
Techno-economic analysis of green hydrogen in steel manufacturing
3D-printed microfluidic chip for point-of-care pharmaceutical synthesis
Design molecular solutions that power sustainable industries worldwide.
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