| 2026 | CHI | Bringing "On-the-Job" Learning into Education: Lessons From a Micro-Role Apprenticeship Program and Implications for Platform Design. | Audrey Ostrom, Jiayu Yuki Yin, Jose Chavez, Pragna Chennuri, Jialai Li, Ashwin Nagarajan, Psi Padhya, Yash Raj Singh, Sonia Salunke, Iris Tai, Chi-Kwan Jasmine Tai, David T. Lee |
| 2026 | CHI | SeeSawBot: An LLM-Driven Chatbot Mediating Across Private and Shared Slack Channels to Support Team Dynamics. | Yihe Wang, Kehua Lei, Sheng-Yang Chiu, Katherine Isbister, David T. Lee, Kathryn E. Ringland |
| 2026 | CHI | Negotiating Work-Life Boundaries in a Collectivist Context: The Case of Chinese Teachers on WeChat. | Yihe Wang, Kehua Lei, David T. Lee, Kathryn E. Ringland |
| 2025 | ICER | Lessons from Designing a Course and Platform for Teaching Qualitative Analysis Experientially in a Large Course-Based Community Consultancy. | Dustin Palea, Elijah Kirby, Madison Gruender, Bryan Min, Jessalyn Wang, David T. Lee |
| 2024 | ICER | Evaluating Exploratory Reading Groups for Supporting Undergraduate Research Pipelines in Computing. | David M. Torres-Mendoza, Saba Kheirinejad, Mustafa Ajmal, Ashwin Chembu, Dustin Palea, Jim Whitehead, David T. Lee |
| 2024 | IUI | Annota: Peer-based AI Hints Towards Learning Qualitative Coding at Scale. | Dustin Palea, Giridhar Vadhul, David T. Lee |
| 2022 | ICER | "It's usually not worth the effort unless you get really lucky": Barriers to Undergraduate Research Experiences from the Perspective of Computing Faculty. | Rhea Sharma, Atira Nair, Ana Guo, Dustin Palea, David T. Lee |
| 2021 | SIGCSE | Exploratory Reading Groups: A Scalable Approach to Creative, Relational, and Student-Driven Exploration in CS Education. | Dustin Palea, David T. Lee |
| 2019 | CHI | Causeway: Scaling Situated Learning with Micro-Role Hierarchies. | David T. Lee, Emily S. Hamedian, Greg Wolff, Amy Liu |
| 2012 | ISIT | Modeling biological circuits with urn functions. | David T. Lee, Jehoshua Bruck |
| 2011 | ISIT | Generating probability distributions using multivalued stochastic relay circuits. | David T. Lee, Jehoshua Bruck |