Contact
Location
241 Olsson, P.O. Box 400336
Google Scholar Website LinkLab Github

About

Brad is a faculty member in the Computer Science Department, the Electrical & Computer Engineering Department, and the Link Lab. His group researchers and develops the next generation of low power, wireless, and secure Internet of Things systems to help make buildings and cities more sustainable.

Education

Ph.D., Computer Science, University of Michigan, 2017

M.S.E., Computer Science, University of Michigan, 2017

B.S., Computer Engineering, University of Michigan, 2011

Technological solutions for sustainability must be sustainable themselves. How do we build, deploy, and benefit from trillions of devices while not just creating a new environmental hazard? We must re-think systems to ensure IoT doesn't exacerbate the problem it's supposed to fix.

Brad Campbell

Research Interests

​​​Internet of Things
Smart Buildings/Cities
Embedded Operating Systems​​

Selected Publications

Tock: From Research To Securing 10 Million Computers Leon Schuermann, Brad Campbell, Branden Ghena, Phil Levis, Amit Levy, Pat Pannuto
Experiences Teaching a Wireless for the Internet of Things Course Co-operatively at Multiple Universities Nabeel Nasir, Viswajith Govinda Rajan, Pat Pannuto, Branden Ghena, and Bradford Campbell
RetroIoT: Retrofitting Internet of Things Deployments by Hiding Data in Battery Readings - MobiCom'22 Victor Ariel Leal Sobral, Nurani Saoda, Ruchir Shah, Wenpeng Wang, and Bradford Campbell
NexusEdge: Leveraging IoT Gateways for a Decentralized Edge Computing Platform - SEC'22 Nabeel Nasir, Victor Ariel Leal Sobral, Li-Pang Huang, and Bradford Campbell

Courses Taught

CS 3130 - Computer Systems and Organization 2 (CSO2) Fundamentals of operating systems, computer architecture, and networking.
CPS 1 - CPS Technology and Ethics Part of the Link Lab CPS program.
CS 4501 - Wireless for the Internet of Things Hands-on class focused on low power wireless protocols.
CS 6501 - Smart and Healthy Buildings Making buildings more energy efficient and better for occupants.

Awards

EWSN'25 Best Paper
NSF CAREER Award 2022