Frank Graham Rolph
About Frank Graham Rolph
Frank Graham Rolph is an Electronic Warfare Engineer specializing in simulation, currently working at SRC in Charlottesville, Virginia. He develops algorithm-driven radar models and has experience in simulation modeling, aerospace systems design, and electronic countermeasures.
Current Role as Electronic Warfare Engineer
Frank Graham Rolph currently serves as an Electronic Warfare Engineer with a focus on simulation at SRC, a position he has held since 2023. His work involves developing algorithm-driven reactive radar models for automatic simulation environments. He collaborates with customers to establish requirements for model fidelity and functionality, ensuring that simulations meet specific operational needs.
Previous Experience at SRC
Frank previously worked at SRC from 2019 to 2023 as an Electronic Warfare Engineer. During this four-year tenure in Charlottesville, Virginia, he focused on simulation modeling and contributed to the development of high-fidelity reactive system models. His expertise in simulation modeling and aerospace systems design was instrumental in enhancing the organization's capabilities in electronic warfare.
Educational Background in Aerospace Engineering
Frank Graham Rolph studied at California Polytechnic State University-San Luis Obispo, where he earned a Bachelor of Engineering in Aerospace, Aeronautical, and Astronautical Engineering from 2013 to 2018. His education provided a strong foundation in engineering principles, which he applies in his current role and previous positions.
Internship Experience
Frank has gained valuable experience through various internships. He interned at the Focused Ultrasound Foundation in 2012 for two months and worked as a Lab Intern at the University of Virginia in 2013 for three months. These roles allowed him to develop practical skills in simulation modeling and aerospace systems, contributing to his professional growth.
Technical Skills and Contributions
Frank leverages a range of technical skills in his work, including simulation modeling, aerodynamic testing, and 3D printing. He has developed high-fidelity reactive system models using object-oriented programming languages such as Python. Additionally, he supports organizations in utilizing EWIRDB information to create electronic countermeasures and assess the performance of existing EWIR models.