Publications

Also on Google Scholar. Three provisional patents on the Proteus deck are on file.

Refereed papers

  • Rizvi, A. H. (2026). Embed, don't isolate: designing holistic dashboards for stigma-sensitive parent communication. Proceedings of the 2026 ACM Interactive Health Conference (IH '26).

  • Rizvi, A. H., & Hancock, M. (2024). Small spaces, many places: a phenomenological analysis of technology-mediated placemaking in small spaces. Proceedings of Graphics Interface 2024 (GI '24).

  • Rizvi, A. H., Morayko, K., Hancock, M., & Song, A. (2021). Provocations from #vanlife: investigating life and work in a community extensively using technology not designed for them. Proceedings of the 2021 CHI Conference on Human Factors in Computing Systems.

  • Rizvi, A. H., Singh, L. P., & Bhardwaj, A. (2009). Human integration matrix: an adaptive framework to enhance human systems integration in new product development. PICMET '09, IEEE.

  • Rizvi, A. H., & Sachdeva, A. (2009). Optimization of retail clusters by improving individual store performance. PICMET '09, IEEE.

Accepted and under review

  • Rizvi, A. H., Schneider, O., & Hancock, M. (2026). Proteus Card Deck: affordable, scalable, and familiar deck of electronic cards. CHI PLAY 2026. Accepted.

  • Prakash, M., Sehl, S. G., Li, Y., Pawar, T. S., Rizvi, A. H., & MacArthur, C. (2027). Designing supportive haptic technologies for NICU mothers: an auto-ethnographic exploration. DIS 2027. In revision.

Workshop papers

  • Rizvi, A. H., Schneider, O., & Hancock, M. (2024). Proteus Card Deck: enabling remote play with a physical card deck. CHI PLAY Companion '24.

  • Rizvi, A. H., & Hancock, M. (2023). Considerations for experimental design within funnels. CSCW 2023 workshop.

  • Rizvi, A. H., & Hancock, M. (2021). Building an extensible ontology for voice user interfaces (VUIs). CHI 2021 workshop.

Thesis and chapters

  • Rizvi, A. H. (2026). A/B Testing IRL. Textbook chapter, Springer. Forthcoming.

  • Rizvi, A. H. (2025). Towards design of interaction systems for constrained spaces. PhD thesis, University of Waterloo.