1. BE 202: Thermodynamics and Transport in Biological Systems (2020)

    Co-Instructor (Transport Portion)

    Topics covered: Introduction with examples of transport in biological systems, dimensional analysis, diffusion, convection, osmosis, filtration, facilitated transport, shell balances for heat, mass and momentum diffusive transport, case studies in biological systems, convective transport with case studies.

  2. BE 214: Fundamentals of Bioengineering II (2019)

    2 class lectures covering Microfluidics and Flow Physics

    Topics covered: Introduction to microfluidic devices and physics at microscale, examples of bio-microfluidic devices in literature, introduction to microfabrication techniques, microfluidics with PDMS - details of physical and chemical characteristics, replica molding and advantages/disadvantages of use in biological systems. Flow physics: Derivation of balance equations for mass, heat and momentum transport, case studies.