jeremy b. warner

mail tweet code

I am a third-year Ph.D. student at UC Berkeley in the EECS department, advised by Björn Hartmann. I create and study human-computer interaction and computing education systems. I work in the Berkeley Institute of Design and the ACE Lab. In undergrad, I worked with Wendi Heinzelman and Philip Guo at the University of Rochester.

ElectroTutor

test-driven physical
computing tutorials
UIST '18

WiFröst

IoT and embedded
network debugging
UIST '18

MatchSticks

what wood you make?
CHI '18

HACK.EDU

collegiate hackathon
exploration/analysis
ICER '17

Publications Google Scholar

ElectroTutor: Test-Driven Physical Computing Tutorials

Jeremy Warner, Ben Lafreniere, George Fitzmaurice, Tovi Grossman

UIST 2018 info video pdf
WiFröst: Bridging the Information Gap for Debugging of Networked Embedded Systems

Will McGrath, Jeremy Warner, Mitchell Karchemsky, Andrew Head, Daniel Drew, Bjoern Hartmann

UIST 2018 info pdf
MatchSticks: Woodworking through Improvisational Digital Fabrication

Rundong Tian, Ethan Chiou, Sarah Sterman, Jeremy Warner, Eric Paulos

Honorable Mention Award

CHI 2018 info pdf
Bifröst: Visualizing and Checking Behavior of Embedded Systems across Hardware and Software

McGrath, Drew, Warner, Kazemitabaar, Karchemsky, Mellis, Hartmann

UIST 2017 info video pdf
Hack.edu: Examining How College Hackathons Are Perceived By Student Attendees and Non-Attendees

Jeremy Warner and Philip J. Guo

ICER 2017 info pdf
CodePilot: Scaffolding End-to-End Collaborative Software Development for Novice Programmers

Jeremy Warner and Philip J. Guo

CHI 2017 info video code pdf
CodePilot: Real Time Collaborative Programming with Asynchronous Version Control Support

Jeremy B. Warner

MS Thesis info pdf
Toward a Domain-Specific Visual Discussion Forum for Learning Computer Programming: An Empirical Study of a Popular MOOC Forum

Joyce Zhu, Jeremy Warner, Mitchell Gordon, Jeffery White, Renan Zanelatto, Philip J. Guo

VL/HCC 2015 pdf
How High School, College, and Online Students Differentially Engage with an Interactive Digital Textbook

Jeremy Warner, John Doorenbos, Bradley N. Miller, Philip J. Guo

EDM 2015 pdf
MH-REACH-Mote: Supporting Multi-hop Passive Radio Wake-up for Wireless Sensor Network

Li Chen, Jeremy Warner, Wendi Heinzelman, Ilker Demirkol

ICC 2015 info pdf
REACH2-Mote: A range extending passive wake-up wireless sensor node

Chen, Heinzelman, Warner, Yung, Zhou, Demirkol, Muncuk, Chowdhury, and Basagni

TOSN 2015 info pdf

Presentations & Posters

Bifröst, a tool for debugging embedded systems
Stanford Secure Internet of Things Project 2017
William McGrath, Jeremy Warner, Björn Hartmann
Debugging on the Hardware-Software Boundary with Salami
Terraswarm Annual Conference 2016
McGrath, Warner, Drew, Mellis, Hartmann
A Large-Scale Study of Interactive Digital Textbook Usage
University of Rochester Undergraduate Research Expo 2015
Jeremy Warner, Philip Guo

Service

Feature Editor, ACM XRDS Student Magazine 2019
Reviewer, ACM Human Factors in Computing Systems (CSCW) 2019
Reviewer, ACM User Interface Software and Technology Symposium (UIST) 2018, 2019
Reviewer, ACM Tangible and Embodied Interactions (TEI) 2018
ACM SIGCHI Executive Committee Volunteer 2018
Reviewer, ACM Creativity & Cognition (C&C) 2017
Student Volunteer, ACM CHI Conference 2017

Experience

PhD Research Intern · Adobe Summer 2019

EECS Graduate Student Researcher Aug. 2016—

Advised by Professor Björn Hartmann at UC Berkeley.

PhD Research Intern · Autodesk Spring 2018

Advised by Tovi Grossman and Ben Lafreniere.

ROC HCI Researcher Aug. 2014—May 2016

Rochester Human Computer Interaction Group, with Professor Philip Guo.
Worked in UW Seattle and Microsoft Research offices in summer 2015.

Software Engineering Intern · Teradyne Summer 2014

Developed tools to upgrade large-scale semiconductor tests.
Presented new tools at the annual company testing conference.

Wireless Communications and Networking Group Researcher Jan. 2013—May 2014

Participated in the NSF’s REU program, working with Professor Wendi Heinzelman.
Set up a wireless control system to augment RFID node performance testing.