About PAR-Lab!
PAR-Lab is established under the research cluster of Architectural Sciences and Building Technology, Department of Architecture (architecture.ui.ac.id), Universitas Indonesia.
It focuses on the development of computational methods for integral design and engineering that specifically addresses sustainability issues that arise between architectural buildings and their built environment. PArl explores further environmental performance criteria from quantifiable engineering requirements to qualitative design attributes through a series of computational tools and techniques.
Our proposed integral design approaches enable architects or computational designers to foster building performance technologies, drive innovative design solutions, and enhance interactions between creative form-finding based on scientific inquiries on building performance simulations. To date, PArl involves and covers a wide range of educational and research topics such as design optimization, environmental performance simulations, 3D scanning technology, and robotic fabrications.
Head-Lab
Miktha Farid Alkadri
Dr., S.Ars., M.Ars.
miktha@ui.ac.id
Dr. Miktha Farid Alkadri is an Assistant Professor at the Department of Architecture, Universitas Indonesia (UI), where he currently leads the Performative Architecture Research Computation Lab (PAr-lab). With an academic foundation from Universitas Indonesia and a Doctor degree in Architecture Engineering Technology from Delft University of Technology (TU Delft), his work bridges the gap between architectural theory and advanced engineering. As the head of PAr-lab, he directs interdisciplinary research that leverages technology to solve complex environmental and structural challenges in the built environment.
Current Team
Syahlaisa Afra Amani
S.Ars.
Her current research focuses on the application of daylight and artificial lighting in architecture. It highlights the relationship between human, light, and space.
Vine Novia Pakpahan
S.Ars.
Her current research explores advances in Digital Fabrication Proccess, Green Building, and Computational Design.
Luqman Kamaludin
S.Ars.
His current research focuses on Space Syntax, Computational Design, and Green Building.
Bimantyo Ganggas Fadhil Ihsani
S.Ars.
His current research focuses on Space Syntax Analysis for Urban Design, Computational Design, and Sustainable Built Environment.
Alya Widha Aurellia
S.Ars.
Her current research explores advances in Digital Fabrication Proccess, Green Building, and Computational Design.
Heidy Sekardini
S.Ars.
Her current research explores advances in Biomimetic Green Building, Computational Design, and Digital Fabrication.
Ricky Purbaya
Ar., S.Ars., IAI
His current research explores advances in Landscape Design using Computational Design such as BIM and Digital Fabrication.
Previous Members
Melianti Darwiny
S.Ars.
Her current research focuses on the application of daylight and artificial lighting in architecture. It highlights the relationship between human, light, and space.
Stefanie Aylien
S.Ars.
Her current research explores advances in Digital Fabrication Proccess, Green Building, and Computational Design.
Raisa Putri Alifa
S.Ars.
Currently she is working at Ecobuild. Her past research investigates green building rating systems, with a special focus on Greenship.
Yuliana
S.Ars., M.Ars.
Currently she works at Ecobuild. Her past research explore building performance assessment, specifically on natural daylight. Moreover she analyzed urban studies through the application of space syntax method.
Rafif Cahyadi
S.Ars.
Currently he is studying Master at Building Technology in DELFT University. His past researches explores heat transfer such as thermal bridges within the building envelope.
Hayfa Farhah
S.Ars.
Her past research explores advances in Green Building, Computational Design and Digital Fabrication.
M. Arif Rahman
S.Ars.
He currently works at Ecobuild. He always interested in simulation through computational methods. Also his current research analyzes material structures and displacement through load simulation.
Activities
Research Cluster of Architectural Sciences and Building Technology (ASBT)
Department of Architecture
Faculty of Engineering
University of Indonesia
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