Research

Dr. Abdullah Muzahid is enhancing the field of computer learning by increasing the speed of computer training and reliability of computer decision-making through two research projects.

The Department of Biomedical Engineering works extensively with the Cardiovascular Pathology Lab to create safe medical devices.

Jordan Hillis and Dr. Craig Marianno collaborated with the University of the Witwatersrand in South Africa to use nuclear science in a novel method to deter rhino poaching and help restore South Africa’s dwindling rhino population.

Texas A&M University researchers studied the economic feasibility of integrated lithium-ion and sodium-sulfur batteries with individual power plants to store excess energy from renewables, increasing the electric grid's reliability and flexibility.

Dr. Na Zou and Sirui Ding are working to improve the fairness and effectiveness of machine learning in health care using a fair machine-learning framework to predict graft failure and ensure equitable access to organs.

Doctoral student Oshin Tyagi tests how exoskeletons can benefit emergency medical technicians in the field without hindering them in their duties.

Researchers are studying the impact of pyrogenic organic matter from wildfires on drinking water quality. Wildfires can affect downstream water sources, and the study aims to link chemical structure with reactivity using high-frequency monitoring and optical sensors.

A research paper by Drs. Raffaella Righetti and Md. Tauhidul Islam has been cited more than 100 times, earning it a spot in the top 1% of publications in clinical medicine.

Dr. Hamid Toliyat is leading efforts for a multidisciplinary project to design, manufacture and test a lightweight and ultra-efficient electric powertrain for aircraft propulsion.

Researchers from Texas A&M University have developed a new technique to monitor the mixing process in real time during water treatment.