🎓 Education:
🏡 Arefeh Sadat Fathi is a dedicated Ph.D. student in Building Engineering at Carleton University, Ottawa, Canada, since September 2019. Under the guidance of Prof. William O’Brien, her research focuses on “Design decisions and indoor environmental quality at the early stages of design.” 📚 Holding an M.Sc. in Architecture from Yazd University, Iran, where she ranked second, Arefeh’s commitment to sustainable architecture is evident in her thesis on “Earth Sheltered Cultural Complex Design In Yazd.” Her architectural journey began with a B.Sc. in Architecture from Azad University, Isfahan, where she ranked fifth and designed a Cultural Center fostering social interaction.
Publication Top Noted:
Arefeh Sadat Fathi has made significant contributions to the field of building engineering and architecture, as evidenced by her impactful research publications:
Title 1: “Office Design Decisions and Indoor Environmental Quality: A Parametric Design and Simulation-Based Workflow” (2022)
Presented at the COBEE Conference in Montreal, Canada, from July 25-29, 2022.
Title 2: “A simulation-based approach for evaluating indoor environmental quality at the early design stage” (2023)
Published in the Journal of Science and Technology for the Built Environment (STBE), spanning from page 1 to 29. The paper delves into a simulation-based methodology for assessing indoor environmental quality during the early stages of design. The DOI for this publication is https://doi.org/10.1080/23744731.2023.2187611.
Title 3: “Impact of different indoor environmental weighting schemes on office architectural design decisions in different climates” (2023)
Presented at the Healthy Building Conference in Aachen, Germany, held from June 11-14, 2023.
Title 4: “Impact of indoor environmental quality weighting schemes on office architectural design decisions” (2023)
Published in the Journal of Building and Environment. The paper explores the influence of indoor environmental quality weighting schemes on decision-making in office architectural designs. The DOI for this publication is https://doi.org/10.1016/j.buildenv.2023.111075.
These publications underscore Arefeh’s dedication to advancing knowledge in her field and her commitment to understanding and improving indoor environmental quality in various architectural contexts.
Experiences:
🌐 Actively engaged in research and teaching assistance at Carleton University, Arefeh significantly contributes to projects like the Annex 79 Project and the SUSTAIN Group, showcasing her multidisciplinary approach. Her practical experience encompasses projects like creating and analyzing energy regression models.
Honors Awards and Grants:
👩🎓 Arefeh’s academic prowess is underscored by honors, awards, and grants, notably ranking second among all M.Sc. students in Architecture at Yazd University. Acknowledged for innovative designs in architecture competitions, she is also a recipient of a tuition bursary at Carleton University. Arefeh continues to excel in her academic pursuits with unwavering dedication and enthusiasm.
Research Focus:
Arefeh Sadat Fathi’s research focuses on the intersection of building engineering and architecture, with a primary emphasis on “Design decisions and indoor environmental quality at the early stages of design.” Her work delves into understanding the crucial choices made during the initial phases of architectural design and their impact on indoor environmental quality. This research is integral for creating sustainable and occupant-friendly built environments.
Key aspects of her research include:
Parametric Design and Simulation-Based Workflow: Arefeh explores the integration of parametric design principles and simulation-based methodologies to inform decision-making in office design, particularly with regards to indoor environmental quality.
Simulation-Based Evaluation of Indoor Environmental Quality: Arefeh employs a simulation-based approach to evaluate indoor environmental quality during the early design stages. This involves assessing various factors contributing to the overall quality of the indoor environment.
Climate Impact on Architectural Design Decisions: Investigating how different climates influence architectural design decisions, particularly in the context of office spaces. This research considers the unique challenges and opportunities presented by diverse environmental conditions.
Weighting Schemes and Design Decision Impact: Arefeh explores the impact of different indoor environmental quality weighting schemes on decision-making in office architectural designs. This includes understanding how varying prioritization of factors influences the final design outcomes.
Her research contributes to the broader fields of sustainable architecture, building engineering, and indoor environmental quality, aiming to enhance the understanding of early-stage design decisions and their implications for creating healthier and more efficient built environments.