Courses
- Mechanobiology
- Cellular motion, communication, and interactions
- iPSC differentiation driving
- Cellular motion, communication, and interactions
- Tissue Engineering and Advanced Tissue Engineering
- Stem Cell applications
- Cell culture and scaffold development
- Cell-based therapies
- Biomaterials
- Stem Cell applications
- Biomechanics
- Organ mechanics
- Organ mechanics
- Stem Cell and Gene Therapy
- Seminar lecture series hosted by leading researchers in the field discussing their work
- Seminar lecture series hosted by leading researchers in the field discussing their work
- Medical Implant and Device Design
- Bioreactor design project
- Design considerations
- Standards and regulations
- Bioreactor design project
- Biotransport
- Differential equations used to describe biomolecule movement in and interaction with the human body
- Differential equations used to describe biomolecule movement in and interaction with the human body
- Computational Methods and Finite Element Analysis
- ABAQUS computational modelling and analysis of medical device in vitro and in vivo
- ANSYS computational modelling of biomolecules in fluid flow
- ABAQUS computational modelling and analysis of medical device in vitro and in vivo
Skills
- Scaffold development
- extrusion-based
- freeze-dried
- Cell-seeding
- Cell culture
- Fluid flow plate chamber
- test effects of forces on cells
- Atomic force microscopy
- Micropipette aspiration
- ImageJ analysis
- Computer Assisted Design (CAD)
- Zwick force testing
- Computational analysis
- Aseptic technique
- Stem cell use
- Statistical analysis
- Experimentation, documentation, and technical writing