Ph.D. Massachusetts Institute of Technology [Expected]
Working towards a doctorate in Robotics under Prof. Nicholas Roy.
S.M. Massachusetts Institute of Technology
Spearhead the numerical modeling effort for the ultrafast nonlinear optics projects within the Optics and Quantum Electronics Group.
- Master's Thesis, Modeling of Nonlinear Ultrashort Optical Pulse Propagation, supervised by Prof. Franz Kärtner and Prof. Erich Ippen in the Department of Electrical Engineering and Computer Science.
- Simulate and experimentally achieve high harmonic generation (HHG) with photon energies extending into the so-called water window. Use unique confining geometries to enhance HHG performance.
- Maintain an array of high-powered laser sources, including those which are cryogenically cooled or fiber based.
- Notable coursework: 6.631 Optics & Photonics (A); Nonlinear Optics (A+, for highest overall grade)
B.S. Cornell University
- Awarded Summa Cum Laude from the College of Engineering
- Earned honors in Applied & Engineering Physics for exceptional undergraduate thesis, entitled Simulation of a Few-Cycle Nonlinear Laser Pulse Compressor [supervised by Prof. Alex Gaeta].
- Trevor R. Cuykendall Memorial Award, for outstanding teaching assistantship
- Dean's List, all eligible semesters
Research Experience [Physics]
Quantum & Nonlinear Photonics Group, Cornell University
Simulated the nonlinear propagation of ultrashort laser pulses in the presence of self-phase modulation and multiphoton-ionized plasma.
- Supervisor: Prof. Alexander Gaeta, Department of Applied & Engineering Physics
- Created numerical model for the simulation of free space ultrashort pulse propagation in the presence of a multiphoton ionizing noble gas for the purposes of designing a nonlinear pulse compressor.
- Analyzed, through experiment and simulation, the effect of initial phase on the self-focusing dynamics of ultrashort laser pulses.
Sandia National Laboratories
Studied the optical properties of a novel avalanche detector, originally constructed to detect the presence of a single implanted ion.
- Supervisor: Dr. Barney Doyle, Ion Beam Laboratory
- Measured the two-dimensional optical response profile, in part through the design of a LabView program, of a novel avalanche detector designed for sensing single ions.
- Theoretically analyzed the error sensitivity of traditional ion beam analysis techniques to the angle of incidence.
- Coordinated graduate student volunteers at the 2012 Conference on the Application of Accelerators in Research and Industry; Assumed leadership role and managed behind-the-scenes operations.
Princeton Plasma Physics Laboratory
Processed data to analyze the electron and ion behaviors in the high-energy Hall-region of a magnetic reconnection layer.
- Supervisor: Dr. Masaaki Yamada, Magnetic Reconnection Experiment
- Compiled and analyzed data, using MATLAB, taken from the Magnetic Reconnection Experiment in an effort to study the behavior of differently charged particles in the turbulent magnetic reconnection layer.
Richards, Kibbe & Orbe LLC
Assisted attorneys in preparing closing documents for financial transactions.
- Developed processes and automated programs to streamline the preparation of documents in the debt-trading department of the Firm.
- Proposed and implemented systems to create further efficiencies in the paralegal department.
Awards & Honors
National Defense Science and Engineering Graduate Fellowship
Awarded full funding from the U.S. Department of Defense reserved for exceptional students pursuing a doctoral degree.
Summa Cum Laude
For exemplary grade point average in Cornell University's College of Engineering.
Honors in Engineering Physics
For exceptional Bachelor's Thesis entitled Simulation of a Few-Cycle Nonlinear Laser Pulse Compressor.
Trevor R. Cuykendall Memorial Award
For outstanding teaching assistantship in Applied & Engineering Physics after helping over 30 students in a senior-level fluid mechanics course.
First Place Debater
Scored first place [with a partner] in novice policy debate out of a field of roughly two-dozen teams.