A new battery cathode material developed by engineer Hailong Chen costs far less while allowing batteries to store the same amount of power, which could reshape EVs and energy storage.

Young innovators enjoy a day of drones, robotic arms, and more as the College partners with alumnus to bring STEM concepts to metro Atlanta students.

Singh’s research will advance understanding of immune system function and have the potential to transform vaccine development.

ECE partnership will teach students real-world analog chip design and manufacturing, then produce their designs at TI’s state-of-the-art wafer fabrication facilities.

As one of three new international fellows, the AE faculty member is being honored for contributions to aerospace and energy research.

The most significant curriculum refresh in 25 years engages first-year and transfer students with civil and environmental engineering concepts from day one on campus.

An extensive renovation changed the building from a dark and dated space to a light-filled modern lab and work area for graduate students.

Series of events in place to recognize Hispanic/Latinx community

Researchers led by ChBE's Carsten Sievers have developed a process using physical forces to effectively turn plant biomass into useful components for the sustainable production of chemicals, plastics, and fuels.

Philip Santangelo used mRNA and CRISPR technology to target and eliminate the dengue mosquito-borne virus, which currently has no effective antiviral treatment.

ECE's David Citrin developed a nondestructive method to count and measure stacks of paper in a fraction of the time of current scanners.

Stretching across three colleges, TechMade unifies design experiences across campus along with fellowships for grad students and a new undergrad course.

On the Generating Buzz podcast, biomedical engineer Anant Madabhushi explains how artificial intelligence can improve the diagnosis and treatment of cancers.

Along with pioneering and improving technology, researchers are partnering with industry, starting companies, informing policy, and engaging with communities to advance the two-decade-old direct air capture field.

It may be harder than ever to medal this time, but the BME faculty member is also working harder than ever to make it happen.

Researchers are putting AI to work to help adapt to climate change, improve urban farming and food distribution, and more while also focusing on ways to make sure the technology is used ethically and equitably.

The new state-of-the-art facility will bolster research in advanced aviation technologies.

Faculty members who hold cross-disciplinary dual appointments are powering Georgia Tech’s pioneering energy research.

The aerospace engineering researcher aims to apply his expertise in mechanics to maximize material reuse and recycling. The goal: To eliminate trash, reduce the exploitation of finite fossil resources, and avoid the associated environmental impacts.