Matthew McDonough

Matthew McDonough has a diverse work experience in engineering and leadership roles. Matthew currently works at Sandia National Laboratories as the Rapid Product Realization Component Lead, leading a team of engineers in delivering high-rigor components within unprecedented timelines. Matthew'sresponsibilities include technical aspects such as electrical and mechanical design, safety architecture, and cyber security, as well as programmatic duties like presenting in design reviews and managing schedule and budget.

Prior to this role, Matthew served as the Power Electronics Program - Circuits Design Lead at Sandia National Laboratories. Matthew co-developed switch-mode power supplies using custom ASICs and semiconductors, led a team of designers, and conducted testing at radiation test facilities.

Before joining Sandia National Laboratories, Matthew worked as an R&D Electrical Engineer at the same organization. Matthew also served as the Interim Department Manager, mentoring staff, promoting department growth, and advocating for meaningful projects.

Earlier in their career, Matthew held the position of Vice President of Engineering at Enerad Holdings, where they managed a team of engineers, performed feasibility analyses, advised on acquisitions and investments, and designed power electronics for various applications.

Matthew's academic background includes serving as a Research Assistant/Power Electronics Area Leader at The University of Texas at Dallas. Matthew'sresearch projects included wireless power transfer, multi-port power electronic interfaces, and the development of motor drive systems for a grant-funded project.

Overall, Matthew McDonough's work experience demonstrates their expertise in engineering, leadership, and the development of advanced technologies.

Matthew McDonough completed their Bachelor of Science degree in Electrical and Electronics Engineering from The University of Texas at Arlington in 2010. Matthew then went on to obtain their Doctor of Philosophy degree in Electrical and Electronics Engineering from The University of Texas at Dallas, completing their studies in 2015.