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• [J1] Scagliotti, Disney, Fischer, Johansson, Roupé. Comparing Total BIM and Traditional Approaches: Implications for Embodied Carbon Assessment Workflows in Two Building Projects. Developments in the Built Environment. Submitted.
• [J2] Scagliotti, Alexandraki, Fischer. Where the Effort Goes in Embodied Carbon Assessments for Buildings: Decomposing Workflows Reveals the Prevalence of Data Extraction and Data Wrangling Tasks. In preparation.
• [J3] Scagliotti, Alexandraki, Fischer. From Information Handover to Calculation: Building Component Property Sets for faster and more consistent Embodied Carbon Assessments. In preparation.

Conference papers

• [C1] Scagliotti, Alexandraki, Kirk, Fischer (2025). Between Words and Deeds: Case Studies Exploring the Rhetoric and Reality of Environmentally Sustainable Building Projects. Smart and Sustainable Built Environment SASBE 2025. 3-5 November 2025, Lille, France.
• [C2] Scagliotti, Fischer (2025). Practical Challenges in Assessing Embodied Carbon and Cost Trade-offs in the Design Phase: Insights from a Residential Building Project.CIB World Building Congress WBC2025. 19-23 May 2025, Purdue University, USA.
• [C3] Scagliotti, Lessing, Fischer (2024). Insights on Sustainability in Industrialized Construction in Europe and the United States. 32nd Annual Conference of the International Group for Lean Construction. 1-7 July 2024, Auckland.
• [C4] Scagliotti, Miranda (2022). Effect of Spectral Shape on the Amplification of Peak Floor Acceleration Demands in Buildings. SPONSE. Proceedings of Fifth International Workshop on the Seismic Performance of Non-Structural Elements. 5-7 December 2022, Stanford (CA).

Book chapters

• Scagliotti, Agrawal, Fischer (2025). AI for the built environment. An opportunity to improve safety, efficiency and sustainability. Socio-economic impact of Artificial Intelligence, edited by Marseglia, Previtali, Reali. Springer.
• Petrus, Maric, Thomaidis, Piombo, Scagliotti, Dimitrenko, Tirado, Hagos, Abrahamczyk, Schwarz, (2015). Evaluation of Existing Masonry Structures Under Extreme Impacts, Bauhaus Summer School: Engineering Courses, INSYSME.

Technical Reports

• Miranda, Brzev, Bijelić, Arbanas, Bartolac, Jagodnik, Lazarević, Mihalić Arbanas, Zlatović, Acosta, Archbold, Bantis, Borozan, Božulić, Blagojević, Cruz, Dávalos, Fischer, Gunay, Hadzima-Nyarko, Heresi, Lignos, Lin, Marinković, Messina, Miranda, Poulos, Scagliotti, Tomac, Tomić, Ziotopoulou, Žugić, Robertson, (2021). StEER-EERI: Petrinja, Croatia December 29, 2020, Mw 6.4 Earthquake Joint Reconnaissance Report (JRR). PRJ-2959. DesignSafe-CI.
• Miranda, Acosta, Archbold, Arteta, Carrillo, Davalos, Gunay, Soto, Hassan, Heresi, Messina, Miranda S., Pajaro, Poulos, Robertson, Ruiz-Garcia, Scagliotti, Mosalam, Robertson, (2020) StEER: Crucecitas, Mexico June 23, 2020, Mw 7.4 Earthquake. Preliminary Virtual Reconnaissance Report (PVRR). PRJ-2805. DesignSafe-CI.

Theses

• Scagliotti (exp. 2027). A Stakeholder-collaborative Framework for Complete, Fast, and Frequent Embodied Carbon Assessments in Buildings. Final Thesis PhD Degree, Stanford University.
• Scagliotti (2022). Evaluation of the factors influencing the seismic demand on non-structural elements. Final Thesis Engineer Degree, Stanford University.
• Scagliotti (2016). Towards a Simplified Method of Predicting Floor Spectra in Base Isolated Structures.
• Scagliotti (2016). Architectural and Structural Design of a Seismically Isolated Primary School.

Poster / Extended Abstract

• Alexandraki, Scagliotti, Kam, Li, Fischer (2026). Categorizing Recurring Tasks for Faster and Consistent Embodied Carbon Assessments. Extended abstract for poster presentation.