Jackson Anderson
Assistant Professor, Department of Electrical and Biomedical Engineering
PRONOUNS he/him
Votey 301
33 Colchester Avenue
Burlington, VT 05405
United States
- PhD, Electrical and Computer Engineering, Purdue University, 2023
- MS, Microelectronic Engineering, Rochester Institute of Technology, 2017
- BS, Microelectronic Engineering, Rochester Institute of Technology, 2015
Department of Electrical and Biomedical Engineering
Area(s) of expertise
Electrical characterization of materials, RF MEMS
BIO
Jackson Anderson received his BS (‘15) and MS (‘17) in microelectronic engineering from the Rochester Institute of Technology and his PhD (‘23) in electrical and computer engineering from Purdue University. He has worked in the areas of in-line test, yield analysis, and manufacturing technology (data analytics) at Globalfoundries and IBM Microelectronics. Before joining the department as an assistant professor in fall 2025, he joined UVM as a research assistant professor in the summer of 2023, where he helped establish laboratories for microelectronics teaching and research as part of a Department of Education effort to close the growing workforce gap in the semiconductor industry. His research interests lie in the area of piezo and ferroelectric materials characterization, how these materials can be integrated into electrical and mechanical (MEMS) devices , and how these devices can be integrated into commercial fabrication processes to enable new functionality and increased efficiency in circuits.
Courses
EE 3440/5440, PHYS 3675/5675 — Semiconductor Materials and Devices
EE 3420, PHYS 3165 — IC Fabrication
EE 5460, PHYS 5165 — Microelectronic Circuit Fabrication
EE 5430 — RF Circuit Design
Publications
Bio
Jackson Anderson received his BS (‘15) and MS (‘17) in microelectronic engineering from the Rochester Institute of Technology and his PhD (‘23) in electrical and computer engineering from Purdue University. He has worked in the areas of in-line test, yield analysis, and manufacturing technology (data analytics) at Globalfoundries and IBM Microelectronics. Before joining the department as an assistant professor in fall 2025, he joined UVM as a research assistant professor in the summer of 2023, where he helped establish laboratories for microelectronics teaching and research as part of a Department of Education effort to close the growing workforce gap in the semiconductor industry. His research interests lie in the area of piezo and ferroelectric materials characterization, how these materials can be integrated into electrical and mechanical (MEMS) devices , and how these devices can be integrated into commercial fabrication processes to enable new functionality and increased efficiency in circuits.
Courses
EE 3440/5440, PHYS 3675/5675 — Semiconductor Materials and Devices
EE 3420, PHYS 3165 — IC Fabrication
EE 5460, PHYS 5165 — Microelectronic Circuit Fabrication
EE 5430 — RF Circuit Design