- \begin{cvlist}{Teaching assistant-ships}
- \item[09/2004--05/2005] General Physics I
- (Mechanics)
- \item[Fall 2006] PHYS 152: Introductory Physics I
- (Mechanics)
- \item[Winter 2007] PHYS 101: Fundamentals of Physics I
- (Mechanics)
- \item[Spring 2007] PHYS 102: Fundamentals of Physics II
- (Electricity and magnetism)
- \item[Spring 2008] PHYS 102: Fundamentals of Physics II
- (Electricity and magnetism)
- \item[Fall 2008] PHYS 154: Introductory Physics III
- (Electricity, magnetism, and quantum mechanics)
- \item[Winter 2009] PHYS 201: Fundamentals of Physics III
- (Modern physics)
- \item[Summer 2009] PHYS 102: Fundamentals of Physics II
- (Electricity and magnetism)
- \item[Fall 2010] PHYS 405: Advanced Computational
- Physics---Parallel Computing
- (MPI and CUDA)
- \item[Winter 2011] PHYS 101: Fundamentals of Physics I
- (Mechanics)
- \item[Spring 2011] PHYS 102: Fundamentals of Physics II
- (Electricity and magnetism)
- \item[Fall 2011] PHYS 106: Introduction to Scientific Computing
- (Algorithms in Maple)
- \item[Winter 2012] PHYS 305: Computational Physics II
- (Algorithms in C and C++)
- \item[Spring 2012] PHYS 102: Fundamentals of Physics II
- (Electricity and magnetism)
- \item[Fall 2012] PHYS 405: Advanced Computational
- Physics---Parallel Computing
- (MPI and CUDA)
- \item[Winter 2013] PHYS 305: Computational Physics II
- (Algorithms in C and C++)
- \item[Spring 2013] PHYS 102: Fundamentals of Physics II
- (Electricity and magnetism)
- \end{cvlist}
-
- \begin{cvlist}{Research}
- \item[05/2002--09/2002] Vortex pinning in superconducting thin films.
- Wrote experimental control software in LabVIEW and fabricated
- samples using Nb sputtering, photolithography, and wet etching.
- \item[05/2003--09/2003] Navier--Stokes simulator.
- Ported a program simulating two dimensional incompressible
- fluid flow from MatLab to C.
- \item[09/2003--05/2004] Surface tension and lipid phase separation.
- Designed and began construction of an automated system for making
- rod pull equilibrium surface pressure measurements on phospholipid
- vesicle suspensions. Completed drive chain hardware and LabVIEW
- software for sequentially moving samples to the rod pull mechanism
- for measurement.
- \item[05/2005--05/2006] Superconducting phase qubit quantum computing.
- Wrote experiment control software in LabVIEW and data analysis
- software in MatLab. Managed the $^3$He dilution refrigerator and
- assembled custom circuit boards.
- \item[09/2006--07/2013] Single molecule force spectroscopy via AFM.
- Designed calibration, experiment control, data processing, and
- Monte Carlo simulation software in Python and C. Performed
- necessary hardware troubleshooting and maintenance.
- \end{cvlist}
-