Thomas Wilkinson Email & Phone Number

Fort Collins, Colorado, United States

• Responsible for algorithm design, development, implementation, testing, and documentation for Numerica’s BStAR (Batch Stick Association and Refinement) algorithm for multi-sensor track fusion and discrimination• Led the integration of BStAR into Numerica’s MHC (Multiple Hypothesis Correlation) algorithm as part of the C2BMC suite of the BMDS• Designed and implemented a cooperative-strategy impact-point prediction capability into Numerica’s AZAT (Advanced Threat Impact Zone Analysis Tool) threat prediction algorithm to be deployed on Kubernetes clusters• Designed metrics and interactive customer-facing visuals for analyzing real-time and retrospective algorithmic performance• Demonstrated exceptional skills in debugging, optimizing, and integrating code into large and complex software infrastructures• Collaborated with several team members and coordinated efforts using Git source control and GitLab to efficiently meet customer expectations

Fort Collins, Colorado, United States

• Conducted group and individual instruction for electromagnetic field theory• Facilitated group lab sessions, guiding students in programming embedded devices in C and assembly• Assisted lead teacher in designing lesson plans for laboratory sessions

Tucson, Arizona, United States

• Tested and analyzed real-time data from the C-RAM (Counter-Rocket, Artillery, Mortar) Intercept LPWS (Land-based Phalanx Weapon System)• Reviewed and documented software changes to Phalanx systems

Keysight Technologies In Loveland, Co

• Integrated and tested multi-rack RF systems containing several RF components (e.g. Network Analyzers, Spectrum Analyzers, etc.)• Developed and executed acceptance test procedures for custom RF chassis

Loveland, Colorado

• Investigated performance differences between the VISA (Virtual Instrument Software Architecture) instrument communication protocol built in C and its Python implementation PyVISA• Assembled documentation for PyVISA to assist Keysight customers

Denver, Colorado

• Developed and tested demonstration code for the Cypress PSoC and Quicksilver embedded devices to showcase their capabilities at an annual Arrow conference• Participated in an internal team internship competition that won first place

Master'S Degree, Electrical Engineering, 3.865

Relevant Coursework: - Machine learning - Computational electromagnetics - Remote sensing - Probability and random processes - Estimation.

Bachelor'S Degree, Electrical Engineering, 3.747

Activities and Societies: Minor in Mathematics, CSU Honors Program, IEEE (Treasurer), Phi Kappa Theta Catholic Fraternity (Treasurer.