Jointly offered with Emory University, Georgia Tech’s MS in Bioengineering immerses students in immuno-engineering, synthetic biology, and biomechanics. Rotations in NIH-funded labs let students 3-D print vascular grafts, CRISPR-edit CAR-T cells, and model tumor-immune ecosystems on GPU clusters. Entrepreneurial coursework funnels discoveries into FDA-oriented venture plans.
Hydrogel-encapsulated stem-cell therapy for myocardial infarction
Microfluidic tumor-on-chip platform for personalized drug screens
CRISPR-based gene-circuit biosensor detecting sepsis biomarkers
Biomechanical analysis of exosuit actuators for stroke rehab
Synthetic-biology pathway producing bioplastic precursors in algae
Nanoparticle vaccine delivery optimizing lymph-node targeting
Optogenetic control of gut microbiome for metabolic disorders
AI-driven protein-engineering pipeline for enzyme replacement therapy
Bioprinted pancreas construct with vascularized insulin micro-islets
Wireless implant measuring in-vivo tissue oxygen for wound healing
Cartilage scaffold reinforced by cellulose nanofibers for osteoarthritis
Photo-crosslinked corneal implants from decellularized ECM
Gene-switch hydrogel releasing growth factors on mechanical stress
Biosafety framework for synthetic phage therapy scale-up
Techno-economic analysis of modular mRNA vaccine micro-factories
Invent the biologically inspired technologies curing tomorrow.
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