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Our History
Read MoreSystems and Information Engineering History
The History of Systems and Information Engineering
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Leading the Way in Multifunctional Materials Integration Initiative
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UVA Engineering has launched an initiative to reduce, reuse and recycle heat and energy and create functionalities in technologies that are the backbone of modern society.
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UVA Engineering Earns Early Success in its Cyber-Physical Systems Initiative
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Since announcing the new Link Lab for cyber-physical systems, UVA Engineering has made strides toward establishing a world-class center of excellence in this future-focused field.
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Transforming Data into Good Decisions
Read MoreUVA Engineering earns a role in a National Science Foundation-funded center leveraging data science, big data analytics and visual analytics for industry, government
Big data is only valuable if it helps solve problems. UVA’s invitation to join a prestigious national center has brought new opportunities to harness data for real-world solutions.
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Strengthening the field to pull useful information from increasingly complex, increasingly big data
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Quanquan Gu is among UVA Engineering researchers developing better algorithms that can mine multi-layered data and make decisions in real-life problems like cancer diagnoses.
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Future Engineering Leaders
Read MoreAn Oversized Project Creates Oversized Opportunities for Graduate Students
Professor Eric Loth’s project to build giant offshore wind turbines is giving his graduate students unprecedented experience with potentially world-changing research.
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Great Careers Start Here - UVA Engineering Faculty Earn Prestigious NSF Awards
Read MoreAwards span computer science, electrical & computer engineering, materials science and chemical engineering.
Three UVA Engineering faculty members who received National Science Foundation CAREER awards will pursue high-impact research projects.
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Cooler chips mean smaller devices - Removing a roadblock to smaller transistors using 2-D materials
Read MoreRemoving a roadblock to smaller transistors using 2-D materials
As transistors get more dense and powerful, they generate more damaging heat. UVA Engineering researchers are developing a cooling device that could overcome this problem.
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UVA Engineering’s Remarkable Grassroots Effort Could Redefine the Information Age
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As researchers reach the limits of silicon’s properties, UVA Engineering’s Multifunctional Materials Integration (MMI) initiative seeks advanced semiconductor materials.
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A dream unfulfilled
Read MoreBioplastics have a long history, but they remain a suite of technologies that have had difficulty realizing their potential
Professor Sean Ferguson uses his research on the fate of bioplastics to shed light on the intersection of social forces and technology, an encounter that leads some technologies...