John L. Junkins Bio
John L. Junkins, University Distinguished Professor of Aerospace Engineering and holder of the Royce E. Wisenbaker Chair in Innovation in Texas A&M University’s College of Engineering, is the Founding Director of the Hagler Institute for Advanced Study. Junkins led an effort to bring together the faculty and administration to launch the Institute in 2011. The Texas A&M Institute for Advanced Study was officially renamed the Hagler Institute for Advanced Study in 2017 after long-time A&M benefactor Jon Hagler endowed the Institute with a $20 million gift. Starting in 2011, Junkins and Norman Augustine created the External Advisory Board that has been instrumental in the rapid early evolution of the Hagler Institute for Advanced Study.
While an undergraduate at Auburn University, Junkins began his career at the age of 19 as a co-op student during the Apollo program at the National Aeronautics and Space Administration in Huntsville, Alabama. He then time-shared graduate study at UCLA with full-time employment at McDonnell-Douglas, where he supported numerous launches of satellites aboard Delta rockets. Following previous academic appointments at the University of Virginia and Virginia Polytechnic Institute, he joined the Texas A&M University faculty in 1985 as the first endowed chair holder in the College of Engineering. His expertise spans basic and applied research. He performs theoretical studies, computations, experiments, design, and supports space flight implementations.
Junkins recently graduated his 62nd PhD student and has spawned two generations of professors and four generations of over 250 PhD graduates who play significant roles in aerospace engineering. His technical descendants are an important national resource. He remains an active professor, principal investigator and prolific scholar. Currently he directs 5 doctoral candidates. His 50% effort as Professor Junkins is time-shared with leadership functions. The breadth of his interests and scholarship is evident in the following distribution of his publications, by field (from webofknowledge.com):
He is a member of the National Academy of Engineering, the National Academy of Inventors, the International Academy of Astronautics, and he is an Honorary Fellow of the American Institute for Aeronautics and Astronautics (AIAA). Junkins is the author of over four hundred papers and seven widely used technical books. His most important book is Analytical Mechanics of Aerospace Systems, co-authored with his 26th Ph.D. Hanspeter Schaub. The 3rd edition of this bookwon the 2014 Martin Summerfield Best Book Award, given annually by AIAA, The 5th edition, now ~1000 pages, was published in 2026 and has been adopted worldwide in top aerospace engineering programs, as well as utilized in engineering practice. He has received more than a dozen top international honors for his research, including the highest honor in his field, the Robert H. Goddard Astronautics Award (2019). He has patented and commercialized several inventions.
Junkins has served as principal investigator on more than one hundred externally funded research projects, attracting over $60 million of grant and contract support from government and industry. Junkins consults with industry and government. His research results have been transitioned to support over a dozen space missions. He continues to share his time as a teacher, mentor, scholar, and researcher with impactful University leadership service. He served as interim president of Texas A&M University during COVID Spring 2021; chaired the presidential search committee leading to Robert Gates as University president in 2003; and he participates frequently in national service such as chairing several studies while serving on the Air Force Scientific Advisory Board. During Junkins’ term as interim president, the Board of Regents of The Texas A&M University System adopted Junkins’ $25 million proposal to create scholarships for first generation students with financial need. Recently this program expanded to provide free tuition for all undergraduates from families with less than $100,000 annual income. He also designed a novel historical garden in the Academic Plaza to capture impactful leadership contributions in the history of Texas A&M.
Under his leadership, the Hagler Institute has attracted over 140 internationally eminent scholars to Texas A&M and over $50 million of endowment and gift commitments to permanently secure the institute. In 2024, Chancellor John Sharp funded Junkins’ proposal to create the nation-leading Chancellor’s National Academy STEM Ph.D. Fellowship Program that provides the most generously funded fellowships in the nation for 15 new four-year fellowships annually with $40K/yr stipend plus all tuition, fees and insurance paid.. These fellowships are offered to truly elite graduate students to study under the supervision of our National Academy faculty members.
The Hagler Institute is based on a TRIAD collaboration concept that Junkins derived over the past 25 years from his personal collaboration and mentoring of young faculty and his Ph.D. students. His approach helped grow an unranked 13 faculty member department to a top-ten program with 44 faculty. The TRIAD consists of a rising star faculty, a NASEM-level senior scholar and one or more top-notch graduate students. The TRIAD approach has led to 50% of Junkins Ph.D. graduates becoming professors, giving rise to 4 generations of professors and 250 Ph.D. descendants. The other half of Junkins’ former Ph.D. students are leaders in industry, government and national laboratories. His technical offspring are considered a rapidly growing national resource. Starting in 2010, Junkins designed an institute for advanced study to implement his TRIAD concept on an institutional scale, giving rise to the Hagler Institute for Advanced Study which is mapped across all graduate programs at Texas A&M. The Hagler Institute has proven to be one of the important catalysts in the growth of Texas A&M’s NASEM faculty from 11 to 60 and the engineering research budget has risen to #1 nationally and the total Texas A&M research volume dramatic growth to $1.5B/yr.