Thad Heltemes serves as a Program Developer and Principal Nuclear Engineer at Argonne National Laboratory, where he leverages his extensive experience in nuclear engineering and program management to drive innovative solutions that bolster U.S. national security. With a career spanning several decades, Thad has established...
Thad Heltemes serves as a Program Developer and Principal Nuclear Engineer at Argonne National Laboratory, where he leverages his extensive experience in nuclear engineering and program management to drive innovative solutions that bolster U.S. national security. With a career spanning several decades, Thad has established himself as a meticulous leader adept at overseeing complex nuclear programs. His current role involves managing a diverse team of six technical area managers and 34 staff members, all dedicated to creating strategic operating plans, schedules, and budgets for three critical portfolios, including the groundbreaking PRO-X initiative. This National Nuclear Security Administration (NNSA) project focuses on integrating proliferation resistance principles into the design of new nuclear facilities, ensuring that safety and performance standards are not compromised.
Thad's expertise extends beyond traditional nuclear engineering; he is a creative problem solver who has developed patented methods and procedures that address some of the industry's most pressing challenges. His proficiency in Monte Carlo simulation and requirements analysis allows him to navigate complex technical landscapes effectively, ensuring that projects are executed with precision and foresight. Additionally, Thad is committed to fostering a culture of diversity and inclusion within his teams, actively participating in unconscious bias awareness training to enhance team dynamics and decision-making processes. Through his leadership, Thad Heltemes not only advances the technical capabilities of Argonne National Laboratory but also contributes to the broader mission of enhancing national security through innovative nuclear solutions.
