Team goal is to create, design, build and test novel machines and mechanisms for a variety of applications while generating the theory for support.

Our research has the potential to transform the clinical assessment and treatment of balance, gait and mobility problems.

A physics-based flight mechanics module that recreates an accurate representation of how their air vehicles would actually fly.

Pursue pioneering engineering and technology research and development, translate into commercial products, provide resources to industries and train high-skilled engineers, scientists and technicians in micro- to nano-scale electronics, fabrication, integration and packaging.

Focus is on the areas of controllable and adaptive optical systems as well as optical wave propagation through the atmosphere.

Focus is on the following three areas of research: physical and statistical modeling of image sensors, algorithmic development for exploitation of image data and meaningful inferences on the observed scene.

The main purpose of this wind tunnel lab is to explore ways to improve aerodynamic efficiency. This exploration is achieved through a mélange of aerodynamic techniques.

Established entirely from sponsored research projects, this lab focuses on photonic and electronic device fabrication and optical thin film development.

The lab functions as the centerpiece of the Robotics Concentration in the electrical and computer engineering curriculum. The lab’s research focuses on visual servoing, metrology and calibration, real-time control and other topics relevant to industrial robotics. 

Designed for undergraduate and graduate student signal and image processing research.

The Transportation Group facilitates and supports student success providing excellent educational opportunities that involve theoretical and hands-on experiences, services to the community, and design and research skills in the undergraduate and graduate student curriculums.