PORTFOLIO.2024
The following work is comprised of selected undergraduate works completed at Pratt Institute, as well as personal projects related to the field of architecture, woodworking and textiles.
Table of Contents
Selected Professional Work
GLOW + FLOW - HAWTHORNE, CA
Selected Undergraduate Work - Pratt Institute
NASA X-HAB --------4th Year
THESIS ------------5th Year
CLAY 3D PRINTING --5th Year
COMMUNITY CENTER
--3rd Year
StudioOoni - Custom Furniture/Millwork
GREENPOINT HEADBOARD
POLK RECORD CABINET
RISON CABINETS
Ooni LAMP V.1
Ooni LAMP V.2
Unit Studio - Fashion
3-SEAM BUTTON-UP
CANOPY JACKET
U-SHORTS
HOODED ANORAK
FOUR POCKET BUTTON-UP
CANVAS CARPENTERS
FRENCH TERRY WORK JACKET
GUNNER SMOCK
michaelsouth33@gmail.com
@michaelsouth14
@studio.ooni
@unit.nyc
LinkedIn 03 CLAY 3D PRINTINGDOC 234—34/2
Successful PrintsBeginning of Full Arch AssemblyFailed Test PrintPrinting SnapshotsFull Arch Assembly RenderThermal Performance of ProposalThermal Performance of Triply Curved Surfaces
Clay 3D Printing:
Hollow Voussoir
01/2022 - 05/2022
DEUS: 088/26812—81
REX-13: 978-0882681/283Using hollow voussoir geometries from historic Russian bath houses as the precedent for this study, the goal of this project was to investigate the validity of clay 3D printing in achieving certain desired thermal qualities.
Rigorous research was conducted on the voussoir geometry and how it functioned, in order to design a new voussoir that could be optimized with cutting edge 3D printing. 3D printing allows for the control of the location for the deposition of material.
By adding doubly and triply curved surfaces to the existent hollow voussoir geometry, we were able to effectively double and triple the thermal lag. At the same time, the porosity of these surfaces still allows for high flow thermal convection.
Failed Test PrintSuccessful PrintsBeginning of Full Arch AssemblyPrinting SnapshotsFull Arch Assembly RenderThermal Performance of ProposalThermal Performance of Triply Curved Surfaces