David T. De Celis is a registered architect and founding principal of De Celis Van Lauwe Design (DCVL Design), an interdisciplinary studio he co-founded with his longtime colleague Amy Van Lauwe. DCVL explores innovative space and form-making while celebrating relationships between art, architecture, other design disciplines and performance. De Celis has long pursued this interdisciplinary approach to both academic endeavors and design practice, evident in his ongoing dedication to balancing teaching and volunteerism with practice. In addition to teaching at RISD, he has taught and juried awards at the Boston Architectural College.
De Celis has completed award-winning LEED projects and aims to incorporate biophilic design, passive strategies and healthy environments in all aspects of his work. Before establishing DCVL, he freelanced in Miami, FL and Cambridge, MA with his previous firms DTC and DCM Design. His works range from architecture and landscape projects to furniture, set design, research-based studies, writings and design-competitions.
He is currently based in Cambridge, MA, where he lives with his wife and three children. He recently served on the city’s Mayor’s Arts Task Force and has been a member of the Public Art Commission (PAC) since spring 2013, serving as PAC chairman from 2016–19.
Courses
Fall 2024 Courses
INTAR 2315-01 - BUILDING MATERIALS
LevelUndergraduate
UnitInterior Architecture
Subject Interior Architecture
Period Fall 2024
Credits 3
FormatLecture
Mode In-Person
Start date
End date
INTAR 2315-01
BUILDING MATERIALS
LevelUndergraduate
UnitInterior Architecture
Subject Interior Architecture
PeriodFall 2024
Credits3
FormatLecture
ModeIn-Person
Start and End2024-09-04 to 2024-12-11
Times: F | 9:40 AM - 12:40 PMInstructor(s): David De CelisLocation(s): Center for Integrative Technologies, Room 103Enrolled / Capacity: 15Status: Open
SECTION DESCRIPTION
This class introduces the student to different building materials, their properties and characteristics as they relate to the design of interior, sustainable structures. This will include interior finish materials as well as the understanding of wood, metal, masonry and concrete for projects of reuse. The student will visit sites of material production as part of this course. The course structure includes sketch assignments, a midterm, a final exam.
