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Sustainable Construction and Climate Resilience
Innovative building practices, materials, and strategies that enhance environmental sustainability and strengthen the adaptability and resilience of buildings and infrastructure to climate change impacts and extreme weather events.
Energy Efficiency and IEQ in the Built Environment
Advanced strategies, technologies, and design approaches to optimize energy use, reduce waste, and improve building performance while enhancing indoor environmental quality, occupant comfort, health, and overall well-being.
Human-centered AI and Machine Learning for Civil Infrastructure
Developing AI and ML approaches that place people at the center of civil infrastructure systems, integrating human behavior, decision-making, and real-world needs to enhance safety, comfort, resilience, and productivity in the built environment.
Building Envelope and Construction Automation
Advanced materials, designs, and automated technologies including sensing and robotics to study hygrothermal conditions, improve performance, and streamline construction processes for new and existing buildings.

Our Research

Transforming Ideas into Solutions
 
  • NY Green Build. Conference
  • ASHRAE Conference
  • AI for the Public Good
  • Syracuse Air Quality
  • Deep Energy Retrofit
New York State Green Building Conference Best Poster Award

Our students received the Best Poster Award at the New York State Green Building Conference for the poster titled, "Comprehensive IoT-based Monitoring of Air Quality and Thermal Comfort: An Indoor-Outdoor University Campus Case Study." This research utilizes an integrated IoT sensor network to analyze the relationship between outdoor environmental conditions and indoor comfort levels, providing a data-driven framework for improving building performance and occupant health.

The ASHRAE 2025 Best Paper Award

Dr. Shayan Mirzabeigi was received the ASHRAE 2025 Best Paper Award for the article titled “Miscellaneous Electric Loads Prediction By Deep Learning Implementation: An Educational Case Study,” co-authored with Dr. Bing Dong. We are so grateful for the recognition from ASHRAE and for the opportunity to accept this award in Phoenix, AZ, and we are proud to contribute to the advancement of building energy and environmental research.

SUNY AI for The Public Good Fellowship

Dr. Shayan Mirzabeigi was named to the inaugural class of SUNY’s AI for the Public Good Fellows by SUNY Chancellor John B. King Jr. The 20 SUNY faculty and staff fellows are experts in their fields of study – ranging from health sciences to sustainable resources management to English. The AI for the Public Good Fellows will serve as a resource to SUNY’s colleges and universities, providing targeted support for faculty and staff who are updating courses and learning activities to incorporate AI literacy, including the effective and ethical use of AI and teaching students to critically evaluate AI-generated content.

Assessing Urban Air Quality in Syracuse

The environmental and economic landscapes of Syracuse are expected to undergo substantial change over the next several years. The city’s transformation is being driven by major urban developments; most notably, the demolition and reconstruction of the Route 81 highway and the establishment of a Micron chip manufacturing facility directly north of Syracuse (Clay). Both ventures are expected to stimulate Syracuse’s economy and create new residential and work opportunities, with improved access to the city’s downtown areas and potential job openings at the nearby Micron facility. Researchers from local institutions, including Syracuse University, SUNY College of Environmental Science and Forestry, and SUNY Upstate Medical University are collaborating with community partners to better understand the environmental and health impacts of the city’s major upcoming developments.

Integrated Whole-Building Energy Efficiency Retrofit Solution for Residences in Cold/Very Cold Climates

A multidisciplinary team led by the Syracuse University faculty in the School of Architecture and the College of Engineering & Computer Science designed a building retrofit approach that would help combat climate change. The team was awarded a grant from the U.S. Department of Energy and the New York State Energy Research and Development Authority (NYSERDA) to retrofit two apartment buildings on Syracuse University’s South Campus. The retrofit of the two apartment buildings was completed in summer 2024. The research team will continue monitoring the buildings for improved energy efficiency, air quality, and comfort through the spring of 2026.

Sustainable Cities and Communities

Innovative building practices and strategies to enhance environmental sustainability, energy efficiency, and adaptability to climate change impacts.

Responsible Consumption

Strategies, technologies, and designs to optimize energy use, reduce waste, and improve performance in buildings while minimizing environmental impact.

Environmental Health, Well-being

Exploring the relationship between occupants and buildings to enhance comfort, health, and productivity through optimized conditions.

Industry, Innovation and Infrastructure

Advanced and innovative materials, designs, and automated technologies to improve building performance, streamline construction processes.

All The Services You Expect From The SARBEL

Construction and Built Environment

Reliable and High Quality Research Laboratory
About Research
 
SUNY ESF is a leader in environmental science and sustainability, with the SARBEL playing a key role in advancing innovative solutions.

Led by Dr. Shayan Mirzabeigi, SARBEL focuses on sustainable construction, energy efficiency, and climate resilience. The lab brings together researchers and students to develop cutting-edge technologies and strategies that improve building performance, promote environmental quality, and foster resilient, energy-efficient, and healthy communities. Through interdisciplinary collaboration, SARBEL is driving impactful change in the built environment.​

 



Recent Publications

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    SARBEL is dedicated to excellence in construction and built environment. We combine innovation and expertise to drive progress.

     

    Contact Us

    221 Baker Lab,
    Department of Sustainable Resources Management, SUNY College of Environmental Science and Forestry, Syracuse, New York, United States, 13210

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