Jillian was honored at the Texas A&M University’s Graduate and Professional School’s 2025 Spring Awards Ceremony with the Outstanding Mentoring Award for Graduate and Professional Students. This award recognizes and honors individuals who have demonstrated exceptional commitment to mentoring undergraduate students or peers. Jill is passionate about mentoring students through her lab and organizations like Sigma Gamma Tau and the aerospace honor society, helping women navigate school and life stressors while pursuing aerospace engineering opportunities. Congratulations Jill!
Awards
Graduate Special Achievements
- (7) National Science Foundation (NSF) Graduate Research Fellowship recipients
- (6) National Defense Science and Engineering Graduate Fellowship (NDSEG) recipients
- (1) Science, Mathematics & Research for Transformation Fellowship (SMART) recipient
- (1) U.S. Army Research Laboratory (USARL) Research Associateship Program (RAP) recipient
- (1) Caltech Space Challenge recipient
- (1) Texas A&M University Distinguished Graduate Student Award for Excellence in Research – PhD Level
- (1) Aerospace Engineering Department Graduate Research Excellence Award – PhD Level
- (1) College of Engineering Outstanding Engineering Master of Science Graduate Student Award
- (7) Texas A&M University Graduate Merit Fellowship Recipients
- (2) Travel Award to Present at Professional Conference (IFAC)
- (4) Graduate placers (two 1st , one 2nd, one 3rd) Texas A&M Student Research Week Competition
- (7) Graduate placers (four 1st, two 2nd, two 3rd) Regional AIAA Student Paper Conferences
Undergraduate Special Achievements
- (2) NASA Aeronautics Undergraduate Scholarship Recipients
- (1) AIAA Spirit of Apollo Scholarship recipient
- (1) University Scholar, highest undergraduate scholastic ranking at Texas A&M University
- (2) Texas A&M University Undergraduate Research Fellows
- (2) Texas A&M University Undergraduate Research Scholars
- (1) Gathright Scholar, top Junior in the College of Engineering
- (10) Texas A&M Undergraduate Engineering Honors Research Scholars
- (9) Undergraduate placers (three 1st, four 2nd, five 3rd ) Regional AIAA Student Paper Conferences
- (1) Undergraduate team 1st place winner Regional AIAA Student Paper Conferences
- (3) Undergraduate placers (one 2nd, two 3rd ) AIAA Airplane Design Competitions
For more awards, see below.
Graduate Student Evelyn Madewell awarded National Science Foundation Graduate Research Fellowship
Evelyn Madewell, a graduate student in the Department of Aerospace Engineering at Texas A&M University, has received the prestigious 2025 National Science Foundation Graduate Research Fellowships Program (NSFGRFP).
Madewell, a Ph.D. student, graduated from the University of Washington with a major in Aeronautical and Astronautical Engineering with an Applied Mathematics minor. At UW, her capstone project was awarded the Capstone Technical Excellence and went on to compete as the first US team in the European Air Cargo Challenge with their designed aircraft. Madewell was also recognized as one of the “Trailblazing Women of Aerospace” in the UW Aero & Astro Highflight newspaper.
Madewell has interned with Freefly Systems as a flight test and software engineer where she flew many of their industrial drones, executing test plans, retrofitting with various updates, and creating production scripts. Following this she interned with Hood Technology, where she engaged in a literature review on vision-based UAV navigation while still in her last quarter of undergrad. During the summer, she developed a tracking display for in-flight UAV docking from radar test data as well as drafted and iterated on skyhooking models with prototype testing. This upcoming summer she will be contributing to the Stratolaunch Talon A system as a guidance, navigation, and control intern.
Her NSF proposal discussed how despite the growing applications and technologies available for aerial navigation, current navigation systems for Unmanned Aerial Vehicles (UAVs) typically rely on a pairing of GNSS location information, which can be unreliable due to obstacles or simply limited in remote environments, and IMU measurement data, which can have compounded position error. Madewell will work with Professor Valasek to develop a novel, visual-based navigation system that precisely estimates aerial vehicle pose and location in GPS-denied scenarios, enabling UAVs to reach targets and fly in previously inaccessible areas as well as creating a reliable alternative in GPS outages.
Madewell says “I’m thrilled to accept this prestigious honor. I am especially grateful to Dr. Valasek for his encouragement in pursuing this as well as to Dr. Vagners for his advice along the way — without these two mentors I would not be the engineer I am today. As a recipient of the NSF Graduate Research Fellowship, I am excited to utilize its resources while continuing my research alongside Dr. Valasek and the Vehicle Systems & Control Lab team as a graduate student at Texas A&M University.” Congratulations Evelyn! VSCL is thrilled to have you on our team!
McQuinn Awarded the Stanger Endowed Graduate Fellowship
Cassie-Kay McQuinn was selected as the recipient of the Stanger Endowed Graduate Fellowship. Established by Dianna Stanger, the fellowship provides academic freedom to selected fellows by providing a portion of their support for two years. The goal of the fellowship is to give students the confidence they need to pursue their dreams regardless of the obstacles that are in their way. The selection process for the fellowship focuses on how the student plans to leverage their Ph.D. toward the greater good and on ways in which the student has shown commitment to advancing women’s participation and inclusion in Aerospace Engineering and other STEM fields.
Cassie-Kay was an active member of Club of Females in Engineering (CAFE) throughout her undergraduate studies. This organization highlights the importance of academic excellence, career development, and providing a community for women studying engineering. As a graduate student she has been actively involved in student mentorship through the VSCL and Sigma Gamma Tau (SGT), where she served as the president in 2022. Cassie-Kay wants to leverage her skill set and experience to bring technology and therefore encouragement to people and students who do not have access to resources or the support to pursue a STEM career.
Valasek Receives Teaching Impact Award and Engineering Genesis for Multidisciplinary Research
Dr. John Valasek received two distinguishing awards during the Spring 2024 semester. In the Faculty Excellence Awards category, Valasek was awarded the College of Engineering Teaching Impact Award. This award recognizes individuals who have had a profound impact on students through their teaching. Valasek received the award for the career achievements of his former graduate and undergraduate students.
Valasek was also awarded the Engineering Genesis Award for Multidisciplinary Research. This award was created to honor Texas A&M Engineering Experiment Station (TEES) researchers who have secured a grant of $1 million or more for a research project. Valasek is the PI for the project: “Enhancing the Cycle-of-Learning for Autonomous Systems to Facilitate Human-Agent Teaming”.
- CoE Teaching Impact Award
- Engineering Genesis Award
Bennett Awarded the Aerospace Engineering Graduate Excellence Fellowship
For the Fall of 2025, Jillian Bennett received the Aerospace Engineering Graduate Excellence Fellowship, a competitive fellowship selected by the AERO Graduate Program Committee with an award of $1,000.
Jillian is a Master of Science student, with a focus in Dynamics & Control. She is currently on the KAMS project, working on adaptive control for multiple time scale systems. She has been in the VSCL since Spring 2023, working on flight testing for the System Identification project and extending KAMS as part of her thesis work. Jillian has an interest in flight testing, nonlinear control, and vehicle dynamics.
McQuinn Awarded the J. Malon Southerland ’65 Leadership Scholarship
VSCL graduate student Cassie-Kay McQuinn is the recipient of the J. Malon Southerland Aggie Leader Scholarship. The J. Malon Southerland Aggie Leader Scholarship program was created to recognize and reward students involvement at Texas A&M University. The scholarship was named in honor of J. Malon Southerland, former TAMU Vice President for Student Affairs. While a student at Texas A&M Cassie-Kay has been involved in leadership through membership of the Student Engineers’ Council (SEC), completion of the Zachry Leadership Program (ZLP), and has been Vice President then President of the Texas A&M chapter of Sigma Gamma Tau (SGT) the National Honor Society for Aerospace Engineering.
Bennett Receives Graduate Excellence Fellowship Award
VSCL Graduate Assistant Researcher, Jillian Bennett, is a recipient of the Graduate Excellence Fellowship Award for Spring 2024. This is a competitive, merit-based fellowship awarded to students by the Aerospace Engineering Graduate Committee. The fellowship includes a $1,000 supplemental award for Spring 2024.
Jillian is a Master of Science student, with a focus in Dynamics & Control. She is currently on the KAMS project, working on adaptive control for multiple time scale systems. She has been in the VSCL since Spring 2023, previously working on flight testing for the System Identification project. Jillian has an interest in flight testing, nonlinear control, and vehicle dynamics.
VSCL Alumnus Ryan Weisman Awarded Technical Fellow of KBR
VSCL alumnus Dr. Ryan Weisman ’12 has been inducted as a 2023 Fellow of KBR for his contributions in space situational awareness. Space superiority requires decision-making in ambiguous situations characterized by short timelines, reduced sensing, and conflicting information. Dr. Ryan Weisman’s work increases military space mission resilience to adversary parity, mission anomalies, and unforeseen situations by identifying and enabling operations under less explored, physically possible conditions beyond conventional, probable operating regimes. His operational tools provide warfighters proactive sensing recommendations, situation assessment, and solution confidence directly traceable to physics and data quality for navigation and vehicle safety without excessive data collection or exhaustive simulation.
Co-advised by Dr. John Valasek and Dr. Kyle T. Alfriend, Weisman was a recipient of the Science, Mathematics & Research for Transformation Fellowship (SMART) with the Air Force Research Laboratory, Albuquerque, NM, for which he was employed before joining KBR. KBR delivers science, technology and engineering solutions to governments and companies around the world
VSCL Ph.D. Student Kameron Eves Receives Two Awards From The Center for the Integration of Research, Teaching, and Learning (CIRTL)
Ph.D. student Kameron Eves received two awards from the Center for the Integration of Research, Teaching, and Learning (CIRTL), a national organization supported by the National Science Foundation (NSF) with 41 member universities. Eves received the CIRTL Scholar Certificate which recognizes students who have advanced and disseminated research about evidence-based teaching practices for diverse learners. Eves also received the Bednarz Award which annually recognizes a doctoral student for their superior quality evidence-based teaching research and for the depth of their involvement at CIRTL. He received these awards for his work in the Teaching-as-Research (TAR) CIRTL program which supports aspiring faculty who perform evidenced-based teaching research projects.
Eves credits this instruction and experience with preparing him well for his career faculty position. “I’m honored to have been selected as the 2023 Texas A&M CIRTL Bednarz award recipient and I’m pleased to have also met the requirements for the CIRTL Scholar award. Participating in CIRTL programs throughout my graduate career significantly altered my perspective on education and the role of teachers. I’m particularly grateful for Dr. Valasek’s role as my advisor and exemplar in this endeavor”
Eves’s project investigated the effects of question phraseology on student participation. Specifically, he examined if lowering the social cost and providing a clear method of response affected the quantity of participation and how that participation varied across demographic groups. During his graduate career, Eves participated in several CIRTL programs including the TAR program and the Massive Open Online Course (MOOC).
Eves graduated from Texas A&M University in May 2023 and is currently an Assistant Professor of Electrical & Computer Engineering at Utah Tech University, St. George, UT.
VSCL Awarded Research Contract for Novel Multiple Time Scale Adaptive Control for Uncertain Nonlinear Dynamical Systems by Office of Naval Research
Dr. John Valasek and the Vehicle Systems & Control Laboratory has been awarded a multi-year (2023-2026) research grant by the Office of Naval Research (ONR) to investigate multiple time scale (MTS) adaptive control systems for naval applications such as unmanned air systems (UAS), high performance aircraft, and satellites. MTS systems are systems with some states that evolve quickly and some states that evolve slowly. These systems can have coupled fast and slow modes which occur simultaneously. MTS systems are particularly interesting from a controls perspective because the time scale separation in the plant can cause degraded performance or even instability under traditional control methods. Accounting for the time scales can remedy this problem. For example, a MTS control technique demonstrated significantly reduced rise times over traditional Nonlinear Dynamic Inversion (NDI). Similarly, traditional adaptive control has been demonstrated to have reduced performance on MTS systems. On the other hand, traditional control techniques that are specifically designed for MTS systems cannot account for systems with model uncertainties. Thus, a method of MTS control for uncertain systems is needed.
A novel methodology called [K]Control of Adaptive MTS Systems (KAMS) is developed which expands upon the class of dynamical systems to which MTS control and adaptive control can apply. While other techniques use elements of adaptive control and MTS control, other research stops short of fully and rigorously combining them. KAMS is a significant improvement over prior methods and provides insight into the physics of the system. It is capable of controlling systems with model uncertainty unlike traditional MTS control, and is robust to systems with unstable zeros unlike traditional adaptive control and feedback linearization.
In addition to investigating theoretical research questions for KAMS, hardware validation of the resulting theory will be performed with a flight testing evaluation campaign using a small unmanned air system (UAS), both fixed-wing and rotorcraft, operating in a challenging environment.
More details of the benefits of KAMS and the research objectives for this project can be found here: https://vscl.tamu.edu/research/novel-multiple-time-scale-adaptive-control-for-uncertain-nonlinear-dynamical-systems/
This project is part of VSCL’s ongoing work in the area of Autonomous, Nonlinear Control of Air, Space and Ground Systems