COMPUTER APPLICATIONS
(ARC 60604)

This module provides us with essential skills for communicating design effectively through the use of modern computer software. It combines guided and self-directed learning, supported by lectures, tutorials, and online practical sessions. We are trained to use architectural software as tools for creating 3D building models, architectural renderings, and visualizations, aiding in the production of drawings and documentation required for the design process.

PROJECT 1: REVIT MODELLING AND DOCUMENTATION

This module equips students with fundamental skills for effectively communicating design using modern computer software. Through a combination of guided and self-directed learning, including lectures, tutorials, and online practical sessions, students learn to utilize architectural software for 3D building modeling, architectural renderings, and visualization. These tools are applied to support the creation of drawings and documentation required throughout the design process.

FLOOR BY FLOOR MODELLING

WORK-IN-PROGRESS (WIP) SCREENSHOTS

Level 1-3 (Hidden Line Perspective View)

Level 1-4 (Hidden Line Perspective View)

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1

The building model is developed floor by floor, starting with the placement of walls, doors, and windows based on the scaled floor plans. Ceiling heights are assigned as follows: 3500mm (3.5 meters) for the ground floor, 3000mm (3 meters) for the second floor, and 2500mm (2.5 meters) for the upper two floors. Gridlines are utilized as a reference to accurately position the structural elements on each level. This systematic method ensures precision in constructing the model. The rooftop section is not included in this phase of the modeling process.

CURTAIN WALL, WALL SLAT & WALL PANELS

2

The creation process for the curtain wall, wall panel, and wall slat began with defining the framework for the curtain wall, including gridlines and mullion placements. For the wall panels, customized dimensions and materials were applied to achieve a uniform surface with added textures and finishes for visual appeal. The wall slats were designed with evenly spaced vertical or horizontal elements.

Mullion some part of the vertical or horizontal grid lines

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CURTAIN WALL

WOOD WALL SLAT & METAL WALL LOUVERS

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2 DIFFERENT STYLE STAIRS

3

The process of creating the circular staircase began with defining the central axis and establishing the stair’s radius to ensure a smooth, spiral design. For the U-shaped staircase, the design started by determining the landing placement to connect the two flights. The stairs were modeled with uniform risers and treads, ensuring precise alignment between the upper and lower levels. Both staircases were crafted with attention to detail, focusing on functionality and seamless integration into the overall design.

U-SHAPED STAIRCASE

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CIRCULAR STAIRCASE

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DOOR FAMILY CREATION

4

The process of creating the door family began by defining the overall dimensions, such as the height and width, to suit the design requirements. The frame was modeled first, followed by the door panel, ensuring precise alignment and proportion. Parameters were added for adjustability, allowing customization of dimensions, materials, and panel styles. Additional details like handles, hinges, and glazing (if required) were incorporated to enhance realism. The family was then tested for functionality, ensuring it could be flexibly used in various wall types and configurations. This systematic approach ensured a versatile and adaptable door family for the project.

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POCKET DOOR

ARCH DOOR

Edit Type (Adjust material and dimension)

Draw Reference Planes & Create Parametric

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CREATING ROOFTOP

5

Create Wall, Place Door and Wood Wall Slat

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WALL & FLOOR TEXTURE

6

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ADDING FURNITURE

7

Find the uploaded furniture from component list

Completed Adding Furniture （Section View）

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DOCUMENTATION

8

Drag Room Schedule & Spilt them into two table

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Adjust Eye Level of the Perspective View

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PDF FILE

PROJECT 2: EXTERIOR & INTERIOR RENDERING

This project involves creating realistic renders of an architectural design using 3DS Max, with appropriate materials, camera angles, and post-production edits. It will be assessed on the use of materials, lighting, camera setup, and post-production skills to enhance the final result.