Publications

Peer-Reviewed Research & Scholarship
Books

Yousif, Shermeen, and Vernelle Noel. 2026. Artificial Intelligence and Ecological Design: Frameworks and Methods for Deep Vernacularity. Edited book, Wiley — under contract, in progress.

Peer-Reviewed Journal Articles

Yousif, Shermeen, and Wei Yan. 2021. “Application and Evaluation of a K-Medoids-Based Shape Clustering Method for an Articulated Design Space.” Journal of Computational Design and Engineering 8 (3): 935–948.

View article ↗
Invited Book Chapters

Yousif, Shermeen, and Daniel Bolojan. 2024. “An Integrative Deep Performance Framework for Daylight Prediction in Early Design Ideation.” In Artificial Intelligence in Performance-Driven Design: Theories, Methods, and Tools, edited by Narjes Abbasabadi and Mehdi Ashayeri, 81–96. John Wiley & Sons.

View chapter ↗

Bolojan, Daniel, Shermeen Yousif, and Emmanouil Vermisso. 2023. “Latent Design Spaces: Interconnected Deep Learning Models for Expanding the Architectural Search Space.” In Architecture and Design for Industry 4.0: Theory and Practice, edited by Maurizio Barberio, Micaela Colella, Angelo Figliola and Alessandra Battisti, 201–223. Cham: Springer.

View chapter ↗
Peer-Reviewed Conference Papers

Urroz, Celso, and Shermeen Yousif. 2025. “Open-Source Approaches to Integrating Advanced Robotic Systems in Sustainable Design.” Catalytic Interfaces — Proceedings of the 30th CAAD Futures Conference, Hong Kong, July 2025.

Pishahang, Abolhassan, Shermeen Yousif, and Maryam Badiei. 2025. “Deep-Muqarnas: Leveraging Diffusion Models to Learn from Muqarnas Principles in Acoustic Design and Fabrication.” Architectural Informatics — Proceedings of the 30th CAADRIA Conference, Tokyo, March 2025, 29–38.

Urroz, Celso, and Shermeen Yousif. 2024. “A Method for Designing a Breathing Modular Wall.” Accelerated Design — Proceedings of the 29th CAADRIA Conference, Singapore, April 2024, 3: 253–262.

DOI ↗

Yousif, Shermeen, and Daniel Bolojan. 2024. “Strategies for Interconnecting Deep Learning Models in AI-Driven Design Systems.” In Creativity in the Age of Digital Reproduction (xArch 2023), Lecture Notes in Civil Engineering, vol. 343. Springer, Singapore.

DOI ↗

Yousif, Shermeen, Yagmur Akyuz, Luisa Giffoni, and Matthew Craven. 2023. “Incorporating Physical Experimentation into Creative DL-Driven Design Space Exploration.” Human-Centric — Proceedings of the 28th CAADRIA Conference, Ahmedabad, March 2023, 99–108.

DOI ↗

Yousif, Shermeen. 2022. “Using Language-Based and Generative Deep Learning Models for Encoding Design Intentions and Modifying Architectural Design.” Proceedings of the ACSA 110th Annual Meeting, EMPOWER, Los Angeles, May 2022, 229–237.

DOI ↗

Yousif, Shermeen, and Daniel Bolojan. 2022. “Interconnectivity of Deep Learning Models in AI-Driven Design Systems.” Design Computation Input / Output 2022 (DC I/O), London.

DOI ↗

Yousif, Shermeen, and Daniel Bolojan. 2022. “Deep Learning-Based Surrogate Modeling for Performance-Driven Generative Design Systems.” Post-Carbon — Proceedings of the 27th CAADRIA Conference, Sydney, April 2022, 363–372.

Yousif, Shermeen, and Emmanouil Vermisso. 2022. “Towards AI-Assisted Design Workflows for an Expanded Design Space.” Post-Carbon — Proceedings of the 27th CAADRIA Conference, Sydney, April 2022, 335–344.

Bolojan, Daniel, Emmanouil Vermisso, and Shermeen Yousif. 2022. “Is Language All We Need? A Query Into Architectural Semantics Using a Multimodal Generative Workflow.” Post-Carbon — Proceedings of the 27th CAADRIA Conference, Sydney, April 2022, 353–362.

Yousif, Shermeen, and Daniel Bolojan. 2021. “Deep-Performance — Incorporating Deep Learning for Automating Building Performance Simulation in Generative Systems.” Projections — Proceedings of the 26th CAADRIA Conference, Hong Kong, March 2021, 151–160.

Yousif, Shermeen, and Wei Yan. 2020. “A New Method of Shape Clustering Using K-Medoids for an Organized Design Space: Evaluation.” The 108th ACSA Annual Meeting, OPEN, San Diego.

Yousif, Shermeen, and Wei Yan. 2019. “Application of an Automatic Shape Clustering Method Into Generative and Design Optimization Systems.” ACADIA 19: Ubiquity and Autonomy, UT Austin, October 2019, 60–69.

Yousif, Shermeen, and Wei Yan. 2019. “Shape Clustering Using K-Medoids in Architectural Form Finding.” In “Hello, Culture” CAAD Futures 2019, Communications in Computer and Information Science, 459–473. Singapore: Springer.

View chapter ↗

Yousif, Shermeen, and Wei Yan. 2018. “Clustering Forms for Enhancing Architectural Design Optimization.” Learning, Adapting and Prototyping — Proceedings of the 23rd CAADRIA Conference, Beijing, May 2018, 431–440.

Yousif, Shermeen, Mark Clayton, and Wei Yan. 2018. “Towards Integrating Aesthetic Variables in Architectural Design Optimization.” The Ethical Imperative — The 106th ACSA Annual Conference, Denver, March 2018, 430–436.

DOI ↗

Yousif, Shermeen, Wei Yan, and Charles Culp. 2017. “Incorporating Form Diversity into Architectural Design Optimization.” ACADIA 2017: Disciplines & Disruption, Cambridge, MA, November 2017, 640–649.

DOI ↗
Forthcoming & Accepted (2025–2026)

Yousif, Shermeen. 2026. “From AI Representation to Performative AI: A Method Framework for Leveraging Diffusion Models to Learn Ecological Design Strategies.” ACSA Annual Meeting Conference, March 2026. Accepted.

Yousif, Shermeen. 2026. “Materializing AI Ecologies: A Framework for Translating AI-Driven Designs into High-Performing Robotically Fabricated Artifacts.” 2026 ARCC-EAAE International Conference, Atlanta, April 2026. Accepted.

Urroz, Celso, Heidy Sekardini, Miktha Alkadri, and Shermeen Yousif. 2026. “Crafting Tree Forks: An Open Framework Leveraging Structural Intelligence of Irregular Timber Through Robotic Joinery Milling.” 31st CAADRIA Conference, Taiwan, April–May 2026. Accepted.

Yousif, Shermeen. 2025. “Transcending AI Representation: A Performance-Driven Integration of AI in Architectural Design Processes.” ACSA Intersections: AI Design Practices, Boston, September 2025. Presented.

Urroz, Celso, Shermeen Yousif, and Dustin White. 2025. “Toward 3D Simplexity: A Fabrication Method of a Topology-Derived Interlocking Bent Rib Structure Using 2D Strategies.” Design Computing Input/Output Conference, London, November 2025. Presented.

Selected peer-reviewed work. A complete list is available on Google Scholar.