PhD Program

This information is for the degree of Doctor of Philosophy in Aerospace Engineering


The Department of Aerospace Engineering offers a traditional doctoral program and a direct doctoral program. Students in either programs are required to have a research advisor and applicants are encouraged to contact department faculty in their areas of interest to inquire about possible research and funding opportunities.

Opportunity exists for specializing in computational science and engineering via the Computational Science & Engineering optional graduate concentration.


Graduate Teaching Experience
PhD students are required to hold a 25% or higher teaching assistantship for at least one semester in order to meet the requirements for the Department of Aerospace Engineering doctoral program. Information about teaching assistantships can be found on the department's teaching assistantships Web site.

Department Research
Research activities in the Department of Aerospace Engineering encompass a wide range of problem areas in aerospace engineering and related engineering disciplines as described on the department's research area Web site.

There are several nationally-renowned interdisciplinary centers in The Grainger College of Engineering where Aerospace Engineering faculty members engage in research along with many other campus faculty members. A list of these, along with links to full descriptions, appears at the department's interdisciplinary centers Web site

Members of the Aerospace Engineering Department have access to a wide range of excellent research facilities. These laboratories support a wide range of activity and are described at the department's research facilities Web site.

Graduate Options and Joint Programs

Aerospace graduate students have the option of combining their Aerospace degrees with other joint programs such as Computational Science and Engineering.

Recent PhD Aerospace Graduates

Student Advisor Year Dissertation
Linyi "Tiger" Hou Siegfried Eggl 2025 Autonomous Lost in Space and Time State Determination Using Periodic Variable Stars
Holly Dinkel Tim Bretl 2025 Representing and manipulating deformable linear objects
Noel Brindise Cedric Langbort 2025 Local and diverse explanations for autonomous systems
Daniel Engel

Robyn Woollands
Zachary Putnam

2025 Assessment of aerosurface-based hypersonic control of blunt bodies for planetary entry
Pranay Thangeda Melkior Ornik 2025 Real-world autonomy in uncertain and unknown environments
Matthew Lauer Phillip Ansell 2025 Constructive geometry parametrization tools for computer-aided design, analysis, and optimization of aeropropulsive systems
Olivier Massicot Cedric Langbort 2025 On the strategic transmission of information to imperfect agents and crowds
Sandeep Murthy Daniel Bodony 2025 Reducing noise from supersonic jets using linear feedback control informed by resolvent analysis
Yogi Patel Phillip Ansell 2025 Shift - flap : Shear-layer instabilities and flow transition – A fundamental link to airfoil performance
Nicolas Rasmont Laura Villafañe Roca 2025 Millimeter-wave tomographic imaging of particle-laden flows in planetary landings
Himavath Jois Phillip Ansell 2025 Performance mechanisms and integration of high-lift distributed propulsion systems
Hamza El-Kebir Melkior Ornik 2025 Viability under adversity: Safe self-organizing control of systems in the unknown

Robyn Woollands

2025 Novel Methods for High-Fidelity Low-Thrust Spacecraft Trajectory Optimization and Mission Design 
Destiny M. Fawley  Siegfried Eggl 2024 Feasibility assessment of magnetohydrodynamics for hypersonic trajectory control for planetary exploration applications 
Akhileshwar Borra

Theresa Saxton-Fox

2024 Turbulent boundary layer separation and its driving factors
Christopher Lyne

Joshua Rovey

2024 Fundamental experiments on electrospray propulsion: Propellants, plumes, and material interaction

Francesco Panerai

2024 Micro-to-meso scale high temperature response of ablative systems for atmospheric reentry

Theresa Saxton-Fox

2023 Turbulent boundary layers under complex spatial and temporal pressure gradient histories

Joshua Rovey

2022 Improvements on dielectric barrier discharge applications: Plasma photonic crystal tuning by individually controlled filaments and surface DBD water treatment
Hung, Kuo-Kang

Ioannis Chasiotis

2021 Compliant interfaces for wrinkle control and strain attenuation
Fan Yang

Ioannis Chasiotis

2020 Time dependent mechanical behavior of mammalian collagen fibrils
Neil Mehta Deborah Levin 2019 Use of molecular dynamics simulations to study the impact of weak to strong non-covalent chemical interactions
Revathi Jambunathan Deborah Levin 2019 CHAOS: A multi-GPU PIC-DSMC solver for modeling gas and plasma flows
Korhan Sahin

Ioannis Chasiotis

2017 Limiting factors of the tensile strength of aramid fibers
Dimitrios Antartis

Ioannis Chasiotis

2017 Silicon nanospring films for multifunctional interfaces
Pavan Kolluru

Ioannis Chasiotis

2015 The role of molecular length scale on the viscoplastic response of amorphous polymer nanofibers in the glassy state
Sean Hubbard

Lawrence Bergman

2014 Stability enhancement of a transonic wing using a passive nonlinear energy sink
Tanil Ozkan

Ioannis Chasiotis

2014 Mechanical behavior and environmental stability of GLAD-based Cu nanospring films
Asha-Dee Celestine  Scott White 2014 Fracture-induced mechanophore activation and solvent healing in poly(methyl methacrylate)
Jeonglae Kim

Jonathan Freund
Daniel Bodony

2012 Adjoint-based control of turbulent jet noise
Mohammad Naraghi 

Ioannis Chasiotis

2009 Processing Dependent Mechanical Behavior and Molecular Structure of Electrospun Polymeric Nanofibers
Krishna Jonnalagadda

Ioannis Chasiotis

2008 Failure and Fracture of Thin Film Materials for MEMS
Soumendu Bagchi Huck Beng Chew 2020 Mechanics of interfaces in graphene-based nanostructures

Huck Beng Chew

2018 Scale-bridging molecular dynamics simulations of plasma-surface interactions

Huck Beng Chew

2022 Quantifying grain boundary structure – property relationships with atomistic simulations and data driven approaches
Haoran Wang

Huck Beng Chew

2018 Mechanics of deformation and fracture of silicon electrodes in high-capacity lithium-ion batteries
Ruizhi Li

Huck Beng Chew

2017 Quantifying the interface deformation mechanisms in nanostructured metals with atomic simulations and continuum field representations
Kevin Kim

Greg Elliott
J. Craig Dutton

2020 Compressibility effects on large-scale structures and entrainment in turbulent planar mixing layers

J. Craig Dutton
Greg Elliott

2020 Three-dimensional turbulence mechanisms in a supersonic separated/reattaching longitudinal cylinder wake
Jonathan Wang

Jonathan Freund

2020 Ignition and hydrodynamic ejections by laser-induced breakdowns
Sagar Vyas

Philippe Geubelle

2024 Modeling and optimization of frontal polymerization-based manufacturing of polymers and composites 
Devanjith Fonseka

Philippe Geubelle
John Lambros

2024 Energy dissipation mechanisms during impact in jammed ductile granular media 
David Brandyberry

Philippe Geubelle

2020 IGFEM-based reduced-order modeling and design of nonlinear composites
Renato Vieira

John Lambros

2021 Strain inhomogeneities during plasticity and creep of metals: representative volume elements and microscale strain predictions 
Brent Pomeroy

Michael Selig

2016 Wake bursting: a computational and experimental investigation for application to high-lift multielement airfoil design
Huck Beng Chew  2024 Material sputtering at low ion energies: From atomistics to engineering models with molecular dynamics, Monte Carlo, and data-driven approaches