Matthew Mcintosh Email & Phone Number

Los Angeles, CA, US

Westwood, California, United States

• Conducted research focused on investigating magnetic behavior at the atomic scale. Primarily investigated the interaction between magnetic orientation coupled with crystalline displacement for use in next generation.
• Developed open-source code using C++ to create a micromagnetic-based magnetoelastic energy method. ○ Designed an energy method that retains atomic-level accuracy while being scalable to larger length scales, making it.

Palo Alto, California

• Applied knowledge of thermodynamics and heat transfer to assist in conception, construction, and testing of commercial and government telecommunication satellites, resulting in orbital missions ranging from on-orbit.
• Utilized 3D computer modeling software to perform thermal design and analysis of satellites and hardware in geostationary orbit over earth, ensuring reliable operation over a 15-year life span. ○ Partnered with senior.
• Resolved complex thermal issues related to high power radio frequency devices, solar reflections, and customer requested complications, utilizing unorthodox construction and engineering techniques to alleviate out of.
• Conducted vacuum thermal tests on satellites to ensure accurate thermal predictions within a desired margin, coordinating across engineering disciplines and technicians to maintain a 24/7 testing schedule.
• Utilized specialized computational physics to improve orbit prediction of refueling lines and fuel tanks for commercial clients and internal R&D projects, utilizing improved thermofluidic calculations to achieve.

Greater Pittsburgh Area

• Conducted research focused on heat transfer at the atomic level utilizing computational methods such as molecular dynamic and Kinetic Monte Carlo, in partnership with experimental data to verify computation methods.
• Studied the process of heat transfer at the atomic level to better select materials for next generation computational processors and transistors.
• Investigated the heat transfer process of boiling at the atomic level in order to make traditional boiling methods more energy efficient.

Dallas/Fort Worth Area

• Preformed undergraduate research to better prepare for graduate school focused on Fluorocarbon based plasma interaction with Langmuir Probes

Doctor Of Philosophy - Phd, Mechanical Engineering

Master Of Science (M.S.), Mechanical Engineering

Bachelor Of Science (B.S.), Mechanical Engineering

Activities and Societies: Alpha Phi Alpha, National Society of Black Engineers, American Society of Mechanical Engineers, Order of Omega.