Propulsion
Installed propellers, distributed propulsion, and unsteady aerodynamic response in realistic aircraft configurations.
Our research group is built around hands-on student discovery. Students take part in work spanning propeller aerodynamics, morphing wings, wake physics, event-based flow diagnostics, drone applications, and AI in engineering education. Across undergraduate and graduate projects, they design experiments, perform hands-on work in the lab, analyze data, and contribute to scholarly work. The result is research that advances the field while helping students grow into confident engineers and scholars.
Bringing together propulsion, aerodynamics, sensing, and education through integrated experimental, computational, and student-led research.
Installed propellers, distributed propulsion, and unsteady aerodynamic response in realistic aircraft configurations.
Wing wakes, lift distribution, morphing concepts, and load-shaping strategies for efficient flight.
Measurement systems, event-based cameras, facilities, and experimental platforms for complex flows.
Applied fluid systems, agricultural spray transport, and student-centered engineering education research.
Peer-reviewed and journal articles
Patent
Undergraduate and graduate students are working on tandem propellers, agricultural spray testing, non-elliptical lift distributions, event-based sensing, and related experimental problems.

Flight Test Validation of Tandem Propeller Performance with Vertical Offset

Experimental Investigation of a Variable Pitch Propeller at Various Incidence Angles in Forward Flight

Characterization of Agricultural Nozzle Spray Geometry in Propeller Wake

Exploration of Nearly Two-Dimensional Wake Structure of Non-Elliptical Lift Distributions

Design and Testing of Morphing Wing with Spanwise Twist
Flight Test Validation of Tandem Propeller Performance with Vertical Offset

Characterization of Agricultural Nozzle Spray Geometry in Propeller Wake

Evaluation of Wing-Embedded Propulsor Systems in Maritime Ground Effect
Characterization of Agricultural Nozzle Spray Geometry in Propeller Wake

Characterization of Highly Focused Ultrasonic Transducer for Flow Control

Flight Test Validation of Tandem Propeller Performance with Vertical Offset

Event-based Characterization of Focused-Ultrasound-Induced Acoustic Streaming

Modeling Bird Strike Impact on Flight Dynamics

Characterization of Highly Focused Ultrasonic Transducer for Flow Control

Experimental Investigation of Dynamic Pitching Effects on a Delta Wing with Blown Jet

Tailoring Lift Distribution of Wings through Non-Elliptical Spanwise Twist and Active Flow Control
Teaching includes Fundamental Aerodynamics, Aircraft Design, Experimental Aerodynamics, and courses that connect experimentation, flight simulation, entrepreneurial mindset, and AI-supported learning.
Public-facing coverage already includes precision agriculture, spray drift, drone applications, wind tunnel testing, and AI in education through university, industry, and regional media outlets.