Grace Bochenek

Grace Marie Bochenek is an American industrial engineer who has held prominent positions in both defense research and energy policy. She earned advanced degrees in engineering disciplines, spent a quarter‑century working for the United States Army, led the National Energy Technology Laboratory (NETL) within the Department of Energy, and served as acting Secretary of Energy during the transition between presidential administrations. After her federal service, she has continued to influence engineering education and training through leadership roles at the University of Central Florida.

Early life and career

Bochenek was born on June 15, 1961. She pursued an undergraduate degree in electrical engineering at Wayne State University, completing her Bachelor of Science in 1986. Her academic trajectory then shifted toward industrial and systems engineering; she earned a Master of Science from the University of Michigan–Dearborn in 1992. Continuing her graduate studies, Bochenek completed doctoral work at the University of Central Florida, receiving a Ph.D. in industrial and systems engineering in 1998. Her dissertation examined how virtual three‑dimensional visual display systems could enhance collaboration among cross‑functional teams during product design reviews, reflecting an early interest in applying advanced technology to complex organizational challenges.

Following her graduation, Bochenek entered federal service with the Department of Defense, where she would spend the next twenty‑five years. For most of that period she worked at the U.S. Army Tank Automotive Research, Development and Engineering Center (RADEC), a facility focused on advancing technology for armored vehicles. In 2006, she was appointed Director of RADEC, overseeing research and development initiatives that supported Army capabilities in automotive systems. Her leadership at RADEC involved coordinating multidisciplinary projects aimed at improving vehicle performance, reliability, and integration with emerging battlefield technologies.

Later that same year, Bochenek advanced to become the first Chief Technology Officer of U.S. Army Materiel Command, an organization responsible for providing materiel support to the Army. In this capacity, she guided technology strategy across a broad portfolio of defense programs, emphasizing innovation and integration of emerging technologies into military operations. The role required close collaboration with industry partners, academic institutions, and other government agencies to ensure that the Army’s procurement processes remained responsive to evolving operational needs.

Cabinet tenure

In 2014, Bochenek transitioned from defense research to energy policy by accepting the position of Director at the National Energy Technology Laboratory (NETL). NETL operates as the Department of Energy’s primary research laboratory for fossil fuels, focusing on efficient and sustainable use of coal, natural gas, oil, and related resources. Under her leadership, the laboratory pursued projects that included carbon capture technologies and other measures aimed at reducing environmental impacts while maintaining energy security.

Bochenek highlighted the importance of aligning energy initiatives with national security objectives when she moved from defense to energy. She encouraged collaboration between NETL and external industry partners, noting that the energy sector is more directly influenced by market forces than the defense community. Her tenure emphasized interdisciplinary cooperation and outreach to academic institutions to foster a pipeline of engineers and scientists skilled in both technical and environmental aspects of fossil fuel utilization.

On January 20, 2017, following the resignation of Secretary Ernest Moniz at the end of the Obama administration, Bochenek was appointed acting United States Secretary of Energy. She served in that capacity until March 2, 2017, when Texas Governor Rick Perry was confirmed as the new secretary. During her brief tenure, she maintained continuity within the Department of Energy and oversaw ongoing programs across its various offices, ensuring that research initiatives, regulatory activities, and budgetary processes proceeded without interruption.

After stepping down from the cabinet role, Bochenek continued to lead NETL until her retirement effective February 28, 2018. Her departure marked the end of a distinguished career that bridged defense research, energy technology development, and federal leadership, while also reinforcing the laboratory’s commitment to collaboration with industry and academia.

Legacy

Bochenek’s professional journey illustrates a sustained commitment to applying engineering expertise to national priorities. Her early work at RADEC contributed to advancements in armored vehicle technology, while her role as Chief Technology Officer helped shape the Army’s broader materiel strategy during a period of rapid technological change. Transitioning to NETL, she directed research that sought to reconcile fossil fuel use with environmental stewardship—a central challenge for U.S. energy policy.

In the Department of Energy, Bochenek championed collaboration between government laboratories and private industry, recognizing that market dynamics play a significant role in shaping energy solutions. Her emphasis on interdisciplinary teamwork and engagement with academia has influenced how NETL partners with universities and research institutions to address complex technical problems such as carbon capture and efficient resource utilization.

Following her federal service, Bochenek assumed leadership at the University of Central Florida, directing the School of Modeling, Simulation and Training and the Institute for Simulation and Training. In these roles, she oversees programs that prepare students and professionals in fields ranging from engineering to defense training, ensuring that curricula reflect contemporary technological needs and operational realities.

Across all positions, Bochenek has maintained a focus on fostering collaboration among diverse stakeholders—government agencies, industry partners, academic researchers, and educational institutions. Her career demonstrates how expertise in industrial systems can be leveraged to advance national security objectives, energy sustainability goals, and workforce development initiatives, leaving an enduring impact on the intersection of technology, policy, and education.