Research
RESEARCH PROGRAM
Applied Aerodynamics
Wind-tunnel testing, flow diagnostics, and CFD-based analysis for aerodynamic performance assessment and model validation across a wide range of Reynolds numbers.
Wind tunnel · CFD · Diagnostics
Unconventional Aircraft Design
Aerodynamic and flight-dynamic analysis of non-traditional configurations — including novel UAV concepts, bio-inspired designs, and stratospheric airships.
UAVs · Airships · Novel configs
Unsteady Aerodynamics & Flight Dynamics
Investigation of nonlinear and unsteady aerodynamic effects and their coupling with aircraft dynamics, stability, and control — with applications to MAVs and UAV systems.
MAV · Stability · Control
Bio-Inspired Aerodynamics
Applying biological principles — from avian wing coloration to morphological adaptations — to understand and improve aerodynamic performance.
Avian · Morphology · Patent
Drone Propulsion in Hazardous Environments
Design and validation of intrinsically safe propulsion systems for underground mining and other challenging environments, meeting MSHA standards.
MSHA · Mining · Safety
Sustainable Energy Systems
Wind-turbine design and optimization — including novel VAWT configurations, passive flow control, and AI-assisted performance modeling.
VAWT · Flow control · AI
LABORATORY CAPABILITIES
EXPERIMENTAL
- Wind-tunnel testing & aerodynamic characterization
- Flow visualization and diagnostics
- Force & moment measurement (sting balance)
- Dust tunnel & particle-deposition studies
- UAV flight testing & system identification
COMPUTATIONAL
- High-fidelity CFD & reduced-order modeling
- Aerodynamics–flight-dynamics coupling
- Physics-informed neural networks (PINN)
- Surrogate optimization & AI modeling
- Nonlinear flight simulation
GRANTS & FUNDED PROJECTS
NASA · MAINE SPACE GRANT (MSGC)
$37K
Interdisciplinary Innovation in SLA-Printed Composites
High-performance SLA-printed composites with lunar/Martian regolith, piezoelectric fillers, and graphene nanomaterials for UAV and aerospace applications. With UMaine Chemistry, ME, and the Roux Institute.
ALPHA FOUNDATION
FUNDED
Permissible Drone for Underground Coal Mine Applications
Design and manufacturing of a permissible drone meeting MSHA safety standards for underground coal-mine inspection. Resulted in a functional prototype.
NIOSH
FUNDED
Coal Dust Particle Deposition in Mine Workers’ Lungs
Experimental and computational characterization of respirable coal-dust deposition mechanisms in lung airways, informing occupational-health standards.
SCEYE
FUNDED
Propulsion System Design for Stratospheric Airship
Led propulsion-system design for a stratospheric airship — weight estimation, sizing, flight-dynamic modeling, propulsion configuration, and flight testing.
