Andrew Mack
Software Engineer
Summer 2026
Oracle
Software Engineering Intern
Developed an AI agent for Oracle’s Exadata Database, capable of live migrating workloads during upgrades, reducing upgrade duration by 30% and compute-capacity loss by up to 25%. Developed Exadata Management services through reusable APIs, wrapping low-level virsh and QEMU operations for fleet management.
Summer 2026
Oracle
Software Engineering Intern
Developed an AI agent for Oracle’s Exadata Database, capable of live migrating workloads during upgrades, reducing upgrade duration by 30% and compute-capacity loss by up to 25%. Developed Exadata Management services through reusable APIs, wrapping low-level virsh and QEMU operations for fleet management.
Spring 2026
Kyoto University of Advanced Science
Engineering Research Assistant
Built a Python hardware-control framework for Yaskawa GA700 motor drives, abstracting Modbus RTU communication into reusable APIs Automated RS-485 hardware testing with programmable control, parameter sweeps, and structured telemetry collection, improving experiment repeatability and lab safety
Spring 2026
Kyoto University of Advanced Science
Engineering Research Assistant
Built a Python hardware-control framework for Yaskawa GA700 motor drives, abstracting Modbus RTU communication into reusable APIs Automated RS-485 hardware testing with programmable control, parameter sweeps, and structured telemetry collection, improving experiment repeatability and lab safety
Summer 2025
J.F. Taylor
Software Engineering Intern
Developed an F-35 simulation within an EAAGLES-based framework. Automated 100+ regression tests with a JSON-driven design and local LLM, reducing manual testing time by 80%. Led migration to CMake to improve build performance and cross-platform compatibility.
Summer 2025
J.F. Taylor
Software Engineering Intern
Developed an F-35 simulation within an EAAGLES-based framework. Automated 100+ regression tests with a JSON-driven design and local LLM, reducing manual testing time by 80%. Led migration to CMake to improve build performance and cross-platform compatibility.
2024 - Present
Buckeye Vertical
Flight Software Developer
Developing flight software for an autonomous drone using ROS 2 and PX4, implementing real-time control systems, sensor integration, and autonomy-focused navigation features in collaboration with multidisciplinary engineering teams.
2024 - Present
Buckeye Vertical
Flight Software Developer
Developing flight software for an autonomous drone using ROS 2 and PX4, implementing real-time control systems, sensor integration, and autonomy-focused navigation features in collaboration with multidisciplinary engineering teams.
© 2026 Andrew Mack