RF Systems Definition & ArchitectureDeputy Chief Engineer for restricted RF program that adds seven new capability-defining features to an existing technology via SW/FW upgrades.January 2023 - July 2025• Act as primary liaison between FW, SW, Systems Design, and Integration & Test teams to communicate critical design decisions, design impacts, program dependencies, and task prioritization.• Interface with multiple customer bases to report program progress and answer technical questions.• Model feature designs to identify algorithm improvements to inform FW and SW teams.• Model expected feature performance to inform Integration & Test team.• Perform CAM responsibilities for SEIT work packages.• Develop and mature digital models that test algorithms against difficult RFEW problems.• Perform analysis and trades of product line architectures using analytical models and mission-level simulations.• Author technical documentation such as white papers, proposal technical volumes, program milestone briefings, and systems engineering design documentation.

RF Modeling & Simulation• Developed and matured digital models that test algorithms against difficult RFEW problems.• Performed analyses and trades of product line architectures using analytical models and mission-level simulations.• Authored technical documentation such as white papers, proposal technical volumes, program milestone briefings, and systems engineering design documentation.

Rotation #3: Systems Engineering, AWS/ATE Systems DesignDecember 2018 - July 2019• Wrote new system-level requirements and updated system documentation and block diagrams.• Created logical models of a complicated system in Rhapsody that software engineers used to create software frameworks.• Coded new functionalities in Python and VBA for an internal database query tool that allows engineers to search for specific flight data associated with video.Rotation #2: Hardware Engineering, RF Signal Conversion Technology March 2018 - November 2018• Analyzed and compiled testing data for a critical EMI analysis.• Researched new electronic components to serve as replacements for outdated components used in circuit cards.• Corrected a testing issue with integrated microwave assemblies on the production floor resulting in multiple units to pass testing after production.Rotation #1: Systems Engineering, RF and IR Modeling & SimulationJune 2017 - February 2018Worked in both RF and IR product areas on machine learning-based programs.• Organized department GitHub page and added helpful how-to documents.• Reduced the runtime of a MATLAB tool that extracted neural network training data from video files from days to hours.• Tested adaptive electronic warfare algorithms on both MATLAB models and hardware and evaluated performance in real time.• Performed demos for employees and customers of program progress and capabilities.

Engineering Department• Assisted students in designing, building, and testing various analog circuits.• Graded student homework and quizzes in a timely manner.• Provided feedback to the lab instructor based on student performance trends.

• Created an algorithm that minimizes JTAG test sets utilizing machine learning.• Collaborated with Ph.D. students on electrical/computer engineering related projects.• Presented research progress and project milestones in an informative manner.

• Managed a building of approximately 250 residents. • Served as a knowledgeable consultant, resource, and referral agent for university services.• Resolved conflicts pertaining to university policy and interpersonal relationships.

• Integrated gyroscope into testing fixture that recorded and analyzed angular velocity data.• Assembled, tested, and debugged circuit prototypes.• Developed product documentation and updated product requirements.• Performed various tests and laboratory tasks as needed.• Worked independently with minimal supervision.

Physics Department• Graded weekly homework assignments based on student effort and accuracy. • Provided feedback to the professor based on student performance trends.

• Built various electronic components in mass quantity to be shipped to consumers and suppliers.• Worked in a timely manner in order to meet deadlines from customers.• Gained vital soldering and electronic building skills.