Michael Ferguson

Developed software systems for the B-52 and B-2 avionics platforms, specializing in the simulation of aircraft subsystems and weapon verification. Contributed to critical defense projects by ensuring the reliability and functionality of complex aerospace software.

Completed 12,000 tasks to train state-of-the-art AI models for various applications, including image and audio generation, and text-based projects. Demonstrated exceptional task quality and understanding of complex instructions, leading to roles as a tutor mentor and reviewer for specific projects.

Managed a VIP squad of high-throughput contributors, providing support and performing audits to ensure task quality. Transitioned to a Quality Manager role, where responsibilities included project assistance, conducting audits, leading webinars, and preparing project documentation and courses.

Maintained and developed new software for multiple E-6B Mercury simulators for the Navy at Tinker AFB, including a level-D OFT simulator and a maintenance trainer. Responsibilities included C++ and Fortran code development, hardware debugging, and ensuring DoD 8570 compliant network security.

Implemented an experimental setup to study honey bee flight patterns, installing and debugging the open-source research algorithm Flydra on Linux machines. Created new documentation for the lab, significantly expediting the progress of other researchers.

Learned the process of developing, testing, and debugging code while working with mentoring engineers on pilot interfaces and displays for the B1 Lancer. Developed a coding standards checking tool in Perl as an independent project.

Pursued a Master of Engineering in Electrical Engineering, deepening knowledge in advanced electrical engineering concepts. Completed the program in Fall 2023.

Completed a Bachelor of Science in Computer Engineering, focusing on the intersection of computer science and electrical engineering. Graduated in Spring 2021.

Obtained a Bachelor of Science in Electrical Engineering with a specialization in Controls, Signal Processing, and Communications. Graduated in Spring 2020.