Brennan Graham
University of Kentucky
Lexington Christian Academy
University of Kentucky College of Arts and Sciences
Brennan Graham of Lexington, KY (40503), was named to the Spring 2024 University of Kentucky College of Arts and Sciences Dean's List. This accomplishment is a sign of Brennan's hard work and commi...
June, 10 2024 - Verified by University of Kentucky College of Arts and SciencesBrennan Graham of Lexington, KY (40503), was named to the Fall 2023 University of Kentucky College of Arts and Sciences Dean's List. This accomplishment is a sign of Brennan's hard work and committ...
January, 11 2024 - Verified by University of Kentucky College of Arts and SciencesStudents who earned inclusion in the Fall 2022 or Spring 2023 Dean's List in the University of Kentucky's College of Arts & Sciences, including Brennan Graham, and their guests are invited to a rec...
August, 15 2023 - Verified by University of Kentucky College of Arts and SciencesBrennan Graham of Lexington, KY (40503), was named to the Spring 2023 University of Kentucky College of Arts & Sciences Dean's List. This accomplishment is a sign of Brennan's hard work and committ...
June, 01 2023 - Verified by University of Kentucky College of Arts and SciencesBrennan Graham, a native of Lexington, was recently initiated into the University of Kentucky Circle of Omicron Delta Kappa, the National Leadership Honor Society. The Society welcomed 265 new init...
February, 22 2022 - Omicron Delta KappaBrennan Graham of Lexington, KY, was named to the Fall 2020 University of Kentucky College of Arts & Sciences Dean's List. During this term, Brennan was majoring in Economics. This accomplishment i...
January, 11 2021 - Verified by University of Kentucky College of Arts and SciencesI design and build computer models and simulations which support the sponsors of MITRE's National Security Engineering Center (NSEC). Some examples include:
- Building modeling and simulation tools which incorporate resource management into the performance analysis of next generation sensor systems to inform their design, acquisition, and operational concepts.
- Analyzing the performance of air and missile defense systems for a foreign partner.
- Designing scenarios in a synthetic environment generator to support the development, testing, and evaluation of advanced aircraft in realistic simulated environments.
- Developing a generalizable sensor track quality visualization tool which enables detailed target-by-target analysis for complex sensor architectures.
I was responsible for developing course materials for the Economics and Business Statistics (ECO 391) course in the Gatton College of Business and Economics at the University of Kentucky.
I worked as a summer intern on the FedLine Services Technical Operations team, which helps to provide critical payment and information services to more than 100,000 users across nearly 10,000 organizations. I primarily worked on developing, updating, and revising documentation for automated monitoring services and constructing a proof-of-concept system using Amazon Web Services (AWS) tools. I also gained experience with the Agile development methodology and working in a remote environment. Additionally, I collaborated with a team of other interns on a group project which analyzed quantitative and qualitative survey data to create recommendations for the improvement of the internship program, resulting in a presentation which came in 1st place in the intern project competition. I was also able to observe the organizational transition from product offices to a unified Federal Reserve Financial Services (FRFS) enterprise and networked with a wide variety of interns and full-time employees.
During the 2021-22 school year I interned with the Kentucky Office of Homeland Security with a focus on cybersecurity. I produced a weekly open-source cyber threat intelligence product that was distributed to 450+ law enforcement and critical infrastructure organizations and developed a detailed assessment of cyber threats against the financial services sector. Additionally, I worked on a series of videos designed to educate critical infrastructure organizations about cybersecurity best practices, wrote cyber-related social media posts, and received training in data analysis and structured analytic techniques.
During this summer internship I primarily worked with a team of software engineers to develop task automation solutions to improve the efficiency of software test and evaluation procedures for Air Force Special Operations platforms.
I aided the analysis of bioinformatic data related to fungal endophytes of tall fescue grass as part of a National Science Foundation funded project led by Dr. Christopher Schardl and Dr. Jerzy Jaromczyk. My primary responsibility was investigating storage solutions for the DNA sequences and other data which was being generated.