BUDS Lab is a scientific research group that leverages data sources from the built and urban environments to improve the energy efficiency and conservation, comfort, safety and satisfaction of humans.
Check us out on Twitter, GitHub, and ResearchGate! Also, take a peek at our sibling labs in NUS with whom we collaborate closely - the Urban Analytics Lab (UAL) and the Integrated Data, Energy Analysis + Simulation (IDEAS) Lab.
Cozie Apple Watch (ResearchGate) – The latest version of the Cozie clockface application for the Apple Watch platform. This open-source project is led by Dr. Federico Tartarini and is a collaboration with Prof. Stefano Schiavon’s team at the SinBerBEST 2 Lab in Singapore.
The Internet-of-Buildings (IoB) Project – The IoB project focuses on the technology and data convergence of the various researchers in the NUS Dept. of Building. This project is a collaboration with Prof. Daniel Wong and it ties together several projects from within the department.
Data Science for Construction, Architecture and Engineering Online EDx Course – The BUDS Lab hosts the first online data science course focused specifically on data analytics from the various phases of the building life cycle - design, construction, and operations. This is an introductory course that adds Python, the Pandas Data Analytics library and various visualization and machine learning techniques to the toolbox of architects, engineers, operations, and other industry professionals. Over 15,000 participants have taken this course since April 2020.
The Building Data Genome Project 2 (BDG2) (ResearchGate) – The BDG2 Project is an open data set made up of 3,053 energy meters from 1,636 buildings. The data set is two full years (2016 and 2017) of hourly frequency measurements from electricity, heating and cooling water, steam, and irrigation meters. A subset of the data was used in the Great Energy Predictor III (GEPIII) competition hosted by the ASHRAE organization in late 2019.
The ASHRAE Great Energy Predictor III (GEPIII) Competition on Kaggle (ResearchGate) – The BUDS Lab was the leading technical organizer of the biggest building energy-related machine learning competition ever held with over 3,614 teams who submitted 39,402 predictions. The competition included data from 2,380 energy meters collected from 1,448 buildings in 16 sites and had US$25,000 in prize money for the top five winners. The competition ran from Oct.-Dec. 2019 and was sponsored by ASHRAE and hosted on the Kaggle platform. This competition is a resurrection of prediction challenges hosted by ASHRAE in the mid-1990’s
SpaceMatch – SpaceMatch is the Uber® of flexible workspaces – an AI-enhanced spatial recommendation engine that matches building occupants to suitable workspaces based on comfort preferences. A live demonstration was implemented in the SDE4 building at NUS and is the focus of a team within the NUS GRIP Program in early 2021.
Project Cozie Fitbit (ResearchGate) – A Fitbit-based clockface application that collects momentary assessments of thermal, aural, lighting, and other subjective comfort parameters. This open-source platform is being developed for researchers anywhere in the world to use a methodological component.
Crowdsourcing Comfort: The Learning Trail – An NUS Project in collaboration with the Dean’s Office at the NUS School of Design and Environment. A progressive web application that collects subtle momentary thermal and environmental comfort assessments while occupants learn about the sustainability features of the new Net Zero Energy SDE4 Building.
Dr. Clayton Miller (ResearchGate)(Scopus)(Google Scholar)(ORCID)(Publons)(LinkedIn)(GitHub)(Kaggle) is an Asst. Professor at NUS in the BUDS Lab, the Co-Leader of Theme D - Data Analytics at the UC Berkeley SinBerBEST2 Lab and the Co-Leader of Subtask 4 of the IEA Annex 79 Occupant-Centric Building Design and Operation(ResearchGate). He holds a Doctor of Sciences (Dr. sc. ETH Zurich) from the ETH Zürich, an MSc. (Building) from the National University of Singapore (NUS), and a BSc./Masters of Architectural Engineering (MAE) from the University of Nebraska - Lincoln (UNL). He is the former CTO of Optiras Pte. Ltd, a Singapore NRF-funded start-up, a former Fulbright Scholar to Singapore at NUS and a Walter Scott Jr. Scholar at UNL. Mario Frei (ResearchGate)(Scopus)(ORCID)(LinkedIn) is a Researcher at NUS in the BUDS Lab. He recently passed his defence for a Doctor of Sciences (Dr. sc. ETH Zurich) in Architectural and Building Sciences/Technology and he holds a Bachelor’s (BSc.) and Masters of Science (MSc.) in Mechanical Engineering from the ETH Zürich in Switzerland. Mario is the equivalent of the BUDS Lab Oberassistent (Senior Researcher) as he ties together all the technologies being developed through his leadership in the IoB Project. He is an expert in hardware prototyping, engineering, design, and computer science.
Bianca Picchetti (ResearchGate)(LinkedIn)(GitHub) is a Data Scientist who leads several BUDS Lab analytics projects. She holds a Degree in Chemistry and is working on a Masters in Data Mining and Knowledge Discovery from the University of Buenos Aires. Bianca leads the data analysis process for the Building Data Genome 2 Project and the GEPIII competition.
Charlene Tan (LinkedIn) is a Project Manager in the BUDS Lab and a student in the Project & Facilities Management program in the NUS Dept. of Building. Charlene is the primary project manager of the Data Science for Construction, Architecture and Engineering Online EDx Course and assists with the Internet-of-Buildings portal and experimental deployments.
Chun Fu (ResearchGate)(LinkedIn)(GitHub)(ORCID)(Kaggle) is a Ph.D. Researcher at NUS in the BUDS Lab. He holds a B.Sc. in Bioenvironmental Systems Engineering and a Master of Science (M.S.) in Sustainable Environment and Green Architecture from the National Taiwan University. Chun is working on the analysis of large portfolios of buildings using machine learning techniques.
Irvin Tang (ResearchGate)(LinkedIn)(GitHub) is a Ph.D. Researcher at NUS in the BUDS Lab. He is co-supervised by Dr. Wang Qian. He holds a B.Sc. in Project & Facilities Management, Honours (Merit) from the NUS Dept. of Building. Irvin is an expert in identifying and documenting construction and operations defects and is working on elegant ways of using deep learning and image recognition to enhance the building industry.
Mahmoud AbdelRahman (ResearchGate)(LinkedIn)(GitHub) is a Ph.D. Researcher at NUS in the BUDS Lab. He is co-supervised by Dr. Adrian Chong and is a key member of Dr. Chong’s project: Integrated web-based platform for lifecycle building energy modeling. He holds a M.Sc in Architectural Engineering and B.Sc in Architecture from Mansoura University in Egypt. Mahmoud is an expert in building information modelling (BIM) and the development of tools and machine learning techniques to tie the virtual and measured world together.
Matias Quintana (ResearchGate)(LinkedIn)(GitHub) is a Ph.D. Researcher at NUS in the BUDS Lab and is affiliated with SinBerBest 2. He is co-supervised by Prof. Stefano Schiavon from UC Berkeley and Prof. Tham Kwok Wai from NUS. He holds a Master of Information Systems Management from the Heinz College at Carnegie Mellon University and a B.Sc. in Electrical Engineering from the Pontifical Catholic University of Peru. Matias is a combination computer scientist and hardware hacker and is using these skills to implement wearable tech in the built environment.
Yi Ting Teo (LinkedIn) is a Project Manager in the BUDS Lab and a student in the Project & Facilities Management program in the NUS Dept. of Building. Yi Ting co-leads the Internet-of-Buildings (IoB) platform and helps manage the lab resources and deployments.
Yun Xuan Chua (LinkedIn) is a Project Manager in the BUDS Lab and a student in the Project & Facilities Management program in the NUS Dept. of Building. Yun Xuan assists with the Internet-of-Buildings portal and helps with the experimental deployments.
Dr. Federico Tartarini (ResearchGate)(LinkedIn)(GitHub)(ORCID)(Google Scholar) is a Post-Doctoral Researcher at the Berkeley Education Alliance for Research in Singapore (BEARS) and is in the Theme A: Human-Building Nexus - Enhancing Health and Productivity in the Built Environment project led by Prof. Stefano Schiavon. He holds a Ph.D. in Engineering from the University of Wollongong (UOW) in Australia and a Master and Bachelor’s of Engineering from the University of Bologna in Italy. Dr. Tartarini is exploring new developments in non-intrusive methodologies to monitor indoor environmental quality parameters.
Dr. Martin Mosteiro Romero (ResearchGate)(LinkedIn)(GitHub)(Google Scholar) is a Post-Doctoral Researcher in NUS as part of the Future Resilient Systems (FRS) Lab within the Module 1.4 - Digital Twin-Enabled System Resilience. The NUS part of this project is led by Prof. Rudi Stouffs and it is a collaboration with Prof. Gabriela Hug at the ETH Zurich and Prof. Adrian Law from NTU. Dr. Mosteiro holds a Doctor of Sciences (Dr. sc. ETH Zurich) and Masters in Energy Science from the ETH Zürich and a Bachelor’s Degree in Bioenvironmental Engineering from Rutgers University in the USA. Dr. Mosteiro is investigating how to use digital twins to improve the resilience of building systems.
Miguel Martin (ResearchGate)(Scopus)(ORCID)(Google Scholar)(GitHub) is a Researcher at the Berkeley Education Alliance for Research in Singapore (BEARS) and is in the Theme D: City-Scale Analytics project with the BUDS Lab and Prof. Kameshwar Poolla. He is in the process of finishing a Ph.D. in Building Science from the National University of Singapore and holds a Master and Bachelor’s of Computer Science from the University of Geneva in Switzerland. Miguel is investigating the use of infrared radiation cameras and computer vision to analyze buildings at scale.
Dr. Renee Christensen (LinkedIn) is a Senior Research Fellow at the NUS School of Design and Environment as a resident expert in Building Occupant Wellness and Environmental Behavior Analysis. She holds a Ph.D. in Environment and Behavior from the University of Missouri - Columbia and a Masters of Education from Drury University in the USA. Dr. Christensen is analyzing how buildings impact people’s health and satisfaction.
Do any (or all) of these situations describe you?
If so, please (contact Dr. Clayton via email) to discuss upcoming projects. Research funding, scholarships, stipends, and grant affiliation are available. Previous projects that exemplify curiosity in any of the above points are desirable.
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