Alicia M. Grubb

Assistant Professor of Computer Science

Alicia Grubb

Contact & Office Hours

See personal webpage for office hours. 

Ford Hall 355

Education

Ph.D., M.Sc., University of Toronto

B.S.E., University of Waterloo

Biography

Alicia M. Grubb is a teaching scholar whose work focuses on how individuals learn, make decisions and understand change, and they address these questions in the context of empirical software engineering. In early-phase software engineering, goal modeling elicits and connects stakeholders’ intentions and social needs with technical requirements in order to help stakeholders understand and evaluate potential tradeoffs. Within this context, Grubb’s prior work enables stakeholders to model and reason about tradeoff decisions in the context of evolving requirements and dependencies.

Undergraduate research projects in the Grubb Lab include: using stakeholder preferences to reduce the solution space of possible evolutions; comparing expressive power and usability of goal modeling languages; visualizing trends in evolutionary reasoning; and exploring the utility of goal modeling activities. See the Grubb Lab webpage for current students and projects.


Selected Publications

*denotes Smith undergraduate student

K. R. Hablutzel*, A. Jain*, and A. M. Grubb. A Divide & Concur Approach to Collaborative Goal Modeling with Merge in Early-RE. In Proceedings of the IEEE 30th International Requirements Engineering Conference, 2022.

M. Daun, A. M. Grubb, V. Stenkova, and B. Tenbergen. A Systematic Literature Review of Requirements Engineering Education. Requirements Engineering, 2022.

M. Dhaouadi, K. M. B. Spencer*, M. H. Varnum*, A. M. Grubb, M. Famelis. Towards a Generic Method for Articulating Design-time Uncertainty. Journal of Object Technology, 20(3):1-14, 2021.

A. M. Grubb and M. Chechik. Formal Reasoning for Analyzing Goal Models that Evolve over Time. Requirements Engineering, 26(3):423–457, 2021.

Y. L. Wang* and A. M. Grubb. Towards a General Solution for Layout of Visual Goal Models with Actors. In Proceedings of the IEEE 28th International Requirements Engineering Conference, 2020.