About Flexity Flexity is a cloud-based software, empowering developers and architects to collaborate, analyze and visualise the development potential at real estate sites in S.Korea. Flexity offers accurate development scenarios with 3D massing in just a few seconds.↳ Korean Patent: 10-2019-0151072 ↳ Tech Incubator Program for Startup Korea: POST, 2022.10 (ing)↳ Tech Incubator Program for Startup Korea: Business Development, 2020.10 (Completed - Success)↳ Tech Incubator… Show more About Flexity Flexity is a cloud-based software, empowering developers and architects to collaborate, analyze and visualise the development potential at real estate sites in S.Korea. Flexity offers accurate development scenarios with 3D massing in just a few seconds.↳ Korean Patent: 10-2019-0151072 ↳ Tech Incubator Program for Startup Korea: POST, 2022.10 (ing)↳ Tech Incubator Program for Startup Korea: Business Development, 2020.10 (Completed - Success)↳ Tech Incubator Program for Startup Korea: R&D, 2019.10 (Completed - Success)↳ Spatial Information Industry Promotion Institute Award, 2020.10↳ Seoul Startup Hub Grant for Tech Startup, 2020,10--Investors• Series A-Bridge : KT Estate + Strong Ventures + Lotte Ventures• Series A : #Hashed + Strong Ventures + Lotte Ventures• Seed : BonAngels--Research Project / R&D• SNU Dermatology Clinic Interior: Data Driven Space Planning, 2018.01~2018.02• EdiTree Development: Grasshopper Plug-ins for Data Tree and List Managment, 2016• Seoul National University UHPC Research Pavilion, 2015~2018 Show less

정보공학처리 ENG1108건축과뉴미디어 ARC3511

디지털디자인(Computational Design)

Computational Modeling using Rhino and Grasshopper

Research in Structural and Architectural Application in UHPC

Computational Design Specialist at Design Research Centre• Enlisted personnel as a skilled researcher (as part of 3 years long national service)• Conduct data-driven spatial analysis for urban design and planning • Perform an environmental analysis for environmentally-conscious building design at the early-design phase• Actively involved in various projects, assisting with digital modeling and advanced computational technology integration.Major Projects• Paju IPMC… Show more Computational Design Specialist at Design Research Centre• Enlisted personnel as a skilled researcher (as part of 3 years long national service)• Conduct data-driven spatial analysis for urban design and planning • Perform an environmental analysis for environmentally-conscious building design at the early-design phase• Actively involved in various projects, assisting with digital modeling and advanced computational technology integration.Major Projects• Paju IPMC Masterplan Project with Paju City Government, S.Korea• Mugyu Dadong 1-4 Urban Envrionment Improvement Project with Seoul Metropolitan Government ,S.Korea• International Architectural Competition of the Science City, Egypt. (Fourth Prize) Show less

• Best Environmental Consultancy Award• Establish development plan/idea for a decision making an online platform system which provides users a list of nationally certified energy-efficient products and gives an overview of building energy performance to provide an optimal combination of products and technology options to meet users' budget target.

Performative Facade Design and Environmental Analysis in Early Design using Grasshopper, Honeybee+Ladybug, and Python Scripting: Deconstructing SAHMIR designed by Woods BagotThe aim of the course was to explore the triangular penalisation of the façade of SAHMIR designed by Woods Bagot as well as optimisation process for fabrication stage in reality.The course introduced basic approaches for the performative facade design, exploring environmental control strategies as the… Show more Performative Facade Design and Environmental Analysis in Early Design using Grasshopper, Honeybee+Ladybug, and Python Scripting: Deconstructing SAHMIR designed by Woods BagotThe aim of the course was to explore the triangular penalisation of the façade of SAHMIR designed by Woods Bagot as well as optimisation process for fabrication stage in reality.The course introduced basic approaches for the performative facade design, exploring environmental control strategies as the building facade was designed to "provide consistent daylight, enhanced views, limit glare and reinforce the uniqueness of the form". After performing environmental analysis, the student reviewed shade performative range by altering sunshade parameters in the given definition and learnt how to visualise the results from thermal exposure analysis (i.e. solar heat gain analysis).The course focused on construct-ability and data-driven design process. The students reviewed various computational approaches for surface paneling techniques and learnt how to perform optimal frame modeling according to curvature of the building surface. Show less

Course Title: Computational Design - Fabricating Tectonic Prototypes

Course Title: Digital Fabrication: Computational Geometry & Mathematical ShapesThe course introduces parametric design methodology implemented for the research pavilion project using Grasshopper and Python scripting.

Digital Presentation (110543): A Major course for the 3rd year BSc. Architecture studentsThe course introduced a computational design methodology using parametric modeling tool and led to 1:1 pavilion construction project as a final project.

Computational BIM Workshop & Digital Fabrication Workshop using Grasshopper