Seven of 11 collaborative projects include contributions from engineering
UMD aerospace engineering students earn national recognition in research and design competitions.
Team of engineers develops AI-powered materials design model for key component in wearable technologies.
Project will focus on building a design framework to speed the discovery of biodegradable materials with the potential to match petrochemical plastics' performance and use.
Funds Support Research Focused on Sustainable Food Packaging, Catalysts Design, Hydrogen Fueling Stations
A hassle-free model to fabricate materials used in wearable sensors removes experimental barriers in design.
New method uses AI to accelerate the discovery of natural plastics.
Five Clark School community members are winners of the Provost’s Do Good Innovator Awards.
Professor Teng Li's invention Aquair wins the 2023 R&D 100 award.
Innovate Maryland event also celebrates work on plastic substitutes, cancer detection, quantum science
Rice, UMD lead effort to overcome major barrier.
UMD faculty member Ryan Sochol recognized in journal's March 10th issue.
Twelve projects led by or involving Maryland Engineering faculty have been awarded funding through the Grand Challenges Grants Program, the largest and most comprehensive program of its kind ever introduced at the University of Maryland.
UMD, UMSOM recognized for breakthrough that opens the door for stem cell microinjections into the brain.
Maryland engineers discover more new dimensions of an ancient material.
A UMD research team has developed a strong yet incredibly flexible wood material that could be used in construction, automotives, and beyond.
Achievement opens the door for new advances in soft robotics.
Research by Teng Li, collaborators published in Science Advances.
UMD engineers awarded for 3D nanoprinting strategy that opens the door for microinjection applications.
Keystone Professor Teng Li uses machine learning to gauge the performance of single-atom catalysts.
Bioderived cellulose could be used in vehicles, construction.
Newly-published UMD research details a potential breakthrough
Awards honor inventions with potential for transformative impact on science, society, and the free market.
A new process could make wood as strong as titanium alloy but lighter and cheaper
Researchers Make Breakthrough Discovery in Graphene Research
Mechanical Engineering Associate Professor Teng Li receives 2016 SES Young Investigator Medal.
The smaller the cellulose fibers, the stronger and tougher the paper they make, to UMD researchers’ surprise
NSF funds new research to tackle tough challenge in material design.
Graphene folds itself into programmable "nanocage" for hydrogen storage, beating DOE 2020 goa
UMD ranked second overall nationwide in PandoDaily ranking.
Clark School energy research, including solid oxide fuel cells and wood battery, featured in variety of mainstream media outlets.
Wood fibers help nano-scale batteries keep their structure
More than 860 engineering students received diplomas at May 20 ceremony.
In the College of Fellows, she joins the top two percent in the U.S. in medical and biological engineering.
Pulsing with lithium, tiny silicon beads on a nanotube hold promise for better batteries
Teng Li, Ray Liu, and Heidi Sauber were recognized with awards.
Part of research team that examined the properties of deformed graphene membranes.
Mechanical engineering graduate wins for research on controlling graphene to create reliable electronics.
Facebook event, advisors, pizza to provide support for undergraduate engineering majors.
Praise for team entered into the Congressional Record.
Research on microbatteries, graphene and flapping-wing flight recognized.
NSF grant for work fundamental to flexible electronics, next-generation bioactive implants.
