We are currently finalising this small addition to a mock federation house in Wollongong. Working with a tight budget we have added a 30sqm living room and kitchen with a skillion roof which draws opens the house to the north. The room opens to create a large indoor outdoor living/deck and entertaining room.

This is an exciting little project we are working on at the moment. The addition of a functional and economical extension to a Wollongong residence. The extension is a modern addition to a small former social housing cottage. The design brief calls for a multifunction room used as a infant daycare centre, two additional bedrooms a bathroom and laundry. The design is focused around a staircase/lightwell that provides light, air and thermal regulation to the house. More detailed drawings to follow.

UTS 3D Architectural Animation_Dec 2010_Stills

Technicart was recently involved in the successful Cox Architects competition bid for the Kaohsiung exhibition and conference center in Taiwan. Our digital design and production techniques were utilised throughout the competition process, producing digital documentation for design, documentation, rendering and rapid prototyping. The output included 2D drawings, particularly for elevations and sections, 3D wire frames in consultation with engineers, presentation 3D renders (with Peter Ung) and Rapid Prototype data for the physical model.

The successful scheme is currently entering design development where the integration of the 3D design data into a BIM pipeline will be chartered at this website.

Cox Architects_Kaohsiung  Exhibition Center_2011_BIM Model (Revit/Rhino)

Cox Architects_Kaohsiung  Exhibition Center_2011_BIM Model (Revit/Rhino)

Cox Architects_Kaohsiung  Exhibition Center_2011_BIM Model (Revit/Rhino)

Cox Architects_Kaohsiung  Exhibition Center_2010_Competition Model (3D Max/Rhino)

Cox Architects_Kaohsiung  Exhibition Center_2010_Competition Model (3D Max/Rhino)

Cox Architects_Kaohsiung  Exhibition Center_2010_Competition Model (3D Max/Rhino)

Cox Architects_Kaohsiung  Exhibition Center_2010_Competition Model (3D Max/Rhino)

Cox Architects_Kaohsiung  Exhibition Center_2010_Competition Model (3D Max/Rhino)

Cox Architects_Kaohsiung  Exhibition Center_2010_Competition Model (3D Max/Rhino)

Our project examined the use of computational media in creating a structure which reacted to a specified set of variables. We set up controls to affect the density and weave of the structure to accommodate program, egress, views, spatial types and sun access.

The structural results of these deformations were assessed for both their programmatic and spatial values and then using Multiframe FEA software its structural soundness.

The results displayed below are a frozen representation of this rig, open to interpretation and further interrogation. The results were often unexpected and surprising.

The project demonstrates Technicart’s expertise in design, parametric modeling, 3d rendering and rapid prototyping in exploring contemporary architectural design solutions.

Tall Buildings_3d renderings_2008/2009

Tall Buildings_parametric modelling_structural testing_2008/2009

Tall Buildings_parametric modelling_structural testing_2008/2009

Tall Buildings_parametric modelling_3d rendering_2008/2009

Tall Buildings_parametric modelling_3d rendering_2008/2009

Tall Buildings_parametric modelling_3d rendering_2008/2009

Tall Buildings_parametric modelling_3d rendering_2008/2009

Tall Buildings_parametric modelling_3d rendering_2008/2009

Tall Buildings_parametric modelling_3d rendering_2008/2009

Cox Richardson Architects_NUS_Business School_Singapore_Master Geometry Model

Technicart created the Master Parametric model for this geometrically complex building for the National University of Singapore Business School. The model was created in Rhino and was used for the geometry layout of the slab outlines, columns and the facade. The model was tested with accurate 3D rendering to guage aesthetics and light performance.

Parametric Model_Geometry layout 2008_NUS

Parametric Model_Geometry layout 2008_NUS

Cox Richardson Architects_Bridge for Asia_Conceptual study model

This design was one of the options presented for a rapidly growing Asian city. The model was built using Rhino and the parametric modelling plugin Grasshopper which allowed adjustment as feedback was received from the structural engineers. 3D renderings and 3D animations were produced to convey the appearance and spatial quality of the bridge from multiple viewpoints and different times of day.

Architectural rendering_Parametric model_Spatial and Aesthetic exploration

Cox Richardson Architects_Marina Bay_Parametric Model_Geometry Layout

Technicart worked on this project from the initial competition phase through to full documentation. A parametric model was created using Rhino and Grasshopper to allow documentation of the complex structure and paneling system. 3D renderings were used throughout the design process to assess a continually evolving design and model, which responded to architectural and structural design inputs. The project has recently opened. All images copyright Cox Architects.

Project Complete_ 2010

On site Construction_Geometry layout 2010

Parametric Model_Geometry layout 2009_Roof View

Parametric Model_Geometry layout 2009_End View_1

Parametric Modelling_Geometry layout 2009_End View_2

3D rendering_Light and Material study_Interior View_2009

The building is a cultural landmark incorporating performance spaces, gallery space, creative workshops, offices and leisure facilities. It is structured around a parametric looping circulation path  which circumnavigates the buildings interior spaces, bringing people up and through the building. Located at King Street Wharf, adjacent to the Barangaroo development the project aimed to diversify the precincts program and appeal by adding a culturally significant  and iconic development.

The conceptual diagrams were generated using parametric modeling techniques which allowed the setout of the complex form and paths. 3d renderings were used throughout the process to access the projects aesthetic implications.

Nothman House_Reworking_2010 – We recently revisted the Nothman house looking to reconfigure the circulation space and subsequently the floor plan and facade diagram. The project is currently undergoing revisions based on client feedback.

Residential Design_Dover Heights_Sydney_Design Development_2010

Residential Design_Dover Heights_Sydney_Design Development_2010

Residential Design_Dover Heights_Sydney_Design Development_2010

Nothman House_Dover Heights_2009 – Technicart was engaged to provide sketch design and DA drawings for this house in Dover Heights. The client’s brief called for maximum views while retaining enough privacy to be able to move about the house naked. The design uses a planter box which wraps the house to allow views out while obscuring the clients precious assets and providing sun sheilding from the north and western exposure.

Residential Design_Dover Heights_Sydney_DA elevations_2009

Conceptual 3d Rendering_Dover Heights_Sydney_2009

Conceptual 3d Rendering_living room_Dover Heights_Sydney_2009

Conceptual 3d Rendering_rumpus room_Dover Heights_Sydney_2009

Conceptual 3d Rendering_living room_Dover Heights_Sydney_2009

House for an Animator_Hunters Hil_2004- Technicart designed this house for a passionate artist and animator, his partner and his son. Situated on a difficult cliff slope in Hunters Hill overlooking the harbour the project examines spatial relationships using the concept of “keyframes” to form the house around a few important linking elements. The project was designed using 3d digital modeling and 3D rendering to craft a house which makes the most of its difficult solar orientation.

3d Perspectives_Exterior/interior_Hunters Hill_Sydney_2005

Elevations and Sections_Hunters Hill_Sydney_2005

Our work for Cox on the Marina Bay waterfront has recently been completed. One component was a large sculptural pipe which sprays a fine mist to cool passing pedestrians. The design was modeled and rationalised using Grasshopper for Rhino software. The parametric software allowed us to define minimum arc curvatures, column spacing and angles and overall tube length. Once these were established the curve was continuously tweaked until Phillip Cox was satisfied with the aesthetic result. The digital data was used by manufacturers in Singapore to bend the stainless steel tube into a complex free form sculpture.

Cox Richardson_Marina Bay Mister_2010

Technicart for Cox Richardson_Marina Bay Mister_Parametric Model_2008

Parametric Model_Pudong Canopy_2009

Parametric Model_Pudong Canopy_2009

Parametric Model_Pudong Canopy_2009

Parametric Model_Macau Exhibition Roof_2009

Parametric Model_Macau Exhibition _ Structure and Planning Ex_2009

Parametric Model_Macau Exhibition _ Structure and Planning Ex_2009

Parametric Model_Macau Exhibition _ Structure and Planning Ex_2009

Parametric Model_Cloth Simulation _ Computational Media_2008

Parametric Model_Canopy Paneling _  Ex_2009