Algorithm to effectively track weakened GPS signal from multi-frequency receivers in challenging environments.

Making the bond market more accessible for individual investors. Registered as an independent Investment Adviser in the State of Colorado. Built a mobile application using React Native and Firebase to teach individuals about the fixed income market through video, interactive tools, and simulations. The app is available on both the Apple App and Google Play Stores.

Facilitating coordination of engineering team to build Outpost's core product. Leading data science efforts with analysis and visualization of data in Python. Prototyped a plugin (JS) that could help investor users more efficiently get their deal flow into Outpost.

Led early-stage development of a company at the intersection of quantum computing and finance.

Managed a 16-person product and engineering team and led development on 5 projects, including materials modeling, COVID tracking, finance, sales, and education. This resulted in 2 complete MVPs in 3 months' time. Coordinated "moonshot sessions" to encourage team members to conceive of novel applications for quantum computing. Interviewed potential candidates.

Conceived of new ideas for enterprise grade products that could leverage quantum computing. Developed the company's network with leaders in the quantum computing industry. Contributed to investor pitches and general promotional materials. Interviewed potential candidates for the company and recruited promising additions to the team.

I worked in the Intel Mask Operations fabrication facility, and owned a set of tools within the process line. My primary job responsibilities included process control, tool optimization and statistical analysis--further details are IP. I additionally coordinated work for a team of 15 manufacturing and engineering technicians.

Surya Conversions is a social enterprise that provides hybrid conversion kits for auto rickshaws in India, to reduce pollution and to save gasoline money for rickshaw drivers. I founded the company and ran it for 3 years. We developed a working prototype for which we have a patent pending, interviewed rickshaw drivers in India, received multiple awards and grants, and participated in 2 accelerators. We won the Esprit Venture Challenge and the CU-Boulder Social Impact Prize, received 3rd place in the Angel Capital Summit Pitch Competition, and were selected as finalists for the MIT Clean Energy Prize, CU Clean Energy Competition, Ocean Exchange BIG Pitch Competition, and Angel Pipeline Summit.

I conducted research in characterization of ultrafast properties of magnetic materials. Specifically, using an 800nm Ti:Sapph pulsed laser and employing the principles of high harmonic generation and the magneto-optical Kerr effect (MOKE), I investigated the ultrafast (femtosecond to picosecond time scale) dynamic responses of Iron, Nickel and Cobalt when pumped with a short, high peak power laser pulse. I presented the results of this experiment for my master's thesis, and in a talk at the APS March Meeting in 2016. Additionally, I was 3rd author on a Physical Review B paper presenting results of a different but related experiment.

I interned for 2 months in the Active Optical Systems Group at MITLL, and performed research in remote optical magnetometry. Further details of my work are government classified.

I built up a velocity map imager and a laser beam line for an experiment that studied ultrafast laser-gas interactions, and I modified a LabVIEW program to enable image collection from a CCD camera. I worked with a team of graduate students and post docs to investigate the strong field ionization of noble gas atoms using a two-color circularly polarized driving laser field. We used the velocity map imager to obtain the photoelectron distribution of the ionized electrons, and in Matlab performed tomographic reconstruction of the driving laser field. My honors thesis on this work was given a summa cum laude distinction, and I am an author on 3 publications (in Physical Review Letters and Physical Review A) connected with this experiment. I presented this work in a poster session at the 2015 APS March Meeting.

I developed and prototyped a motorized mount for mirrors in a laser beam, and used an Arduino, a Raspberry Pi, and a GUI I created in Python to remotely operate the mount. The $60 cost of the mount was 1/10 the cost of similar commercially available systems. My work resulted in a first author publication in the American Journal of Physics.

I was a member of a 5-person Energy Outreach Team, whose role in the organization was to promote energy awareness and conservation across the CU-Boulder campus. My primary project was to employ Community Based Social Marketing principles to develop and administer a cross-campus survey regarding students' energy use.