Passionately driven consulting, working with clients to provide high quality solutions ranging from large scale data extraction, data conversion, HIE, EMR/EHR management, and custom programming.KLAS ranked nationally 1st for Technical Consulting.

Proposed a NASA research grant via the VT Space Grant program to investigate Adiabatic Quantum Computing and the algorithms surrounding its use (as the D-Wave Adiabatic quantum device was recently purchased by NASA in 2013). Faculty Mentor, Professor James Hefferon, Mathematics, Saint Michael's College.Developed a new algorithm designed to input database search problems in Quadratic Unconstrained Binary Optimization (QUBO) form, the form necessary for Quantum Computation in the D-Wave devices.I was honored to have opportunity to present the results at the annual Mathematics Association of America's MathFest conference held in Portland, Oregon (2014).

One-on-one advising and personalized education for Linear Algebra, Probability and Statistics, Calculus I,II,III, Theory of Computation, Discrete Mathematics, and Differential Equations.

Guiding students as they work through new material in both a computer science lab, and in weekly office hours.Focused giving an understanding of design practices in a clear, approachable way.

Developing and maintaining data display and management applications, and custom business administrative tool.Direct focus on identifying key client issues and providing a suitable solution.

Developed computational tools to solve research problems.Lead software developer for the team.Worked alongside other research team members to clearly understand their problem and what solution is necessary.Project website: https://sites.google.com/site/nanoselfassembly/home