MSc (Research) Cell Engineering
Course Overview
This course explores the cutting-edge science of how cells interact with their engineered microenvironments, focusing on directing stem cell behavior and differentiation. It adopts a highly interdisciplinary approach, merging advanced cell biology with bioengineering principles to address fundamental and translational research questions. Students will gain expertise in manipulating cellular environments to control signaling, adhesion, and function for both basic science and clinical applications.
Key Program Highlights
- Interdisciplinary research merging cell biology, biomaterials, and bioengineering from two leading colleges
- Focus on directing stem cell fate and behavior through engineered microenvironments
- Training in advanced techniques including cellular imaging, polyomics, and synthetic biology
- Projects range from basic science (e.g., protein folding, cell signaling) to translational clinical applications
- Hands-on experience with nanoparticle technologies, biomaterials, and bioinformatics
Course Overview
This course explores the cutting-edge science of how cells interact with their engineered microenvironments, focusing on directing stem cell behavior and differentiation. It adopts a highly interdisciplinary approach, merging advanced cell biology with bioengineering principles to address fundamental and translational research questions. Students will gain expertise in manipulating cellular environments to control signaling, adhesion, and function for both basic science and clinical applications.
Key Program Highlights
- Interdisciplinary research merging cell biology, biomaterials, and bioengineering from two leading colleges
- Focus on directing stem cell fate and behavior through engineered microenvironments
- Training in advanced techniques including cellular imaging, polyomics, and synthetic biology
- Projects range from basic science (e.g., protein folding, cell signaling) to translational clinical applications
- Hands-on experience with nanoparticle technologies, biomaterials, and bioinformatics
