University: The Bartlett School of Architecture, UCL
MSc Architectural Computation
Software Used: Unity, C#, Visual Studio, Vuforia, Maya
Project Description
This project focuses on the development of a real-time Augmented Reality assembly assistance system aimed at providing effective guidance during assembly tasks. The system utilizes an AR-interface to overlay virtual assembly instructions onto real parts, facilitating step-by-step assembly.
The assembly platform consists of a marker-image target positioned at the top left, along with an AR camera accessible via a mobile device such as a phone or tablet. The assembly, constructed using Lego components, is placed nearby, with physical pieces located in the bottom right corner of the AR display.
The mobile application features a simple interface with six buttons:
Intro Button: Offers comprehensive information and instructions to orient users before initiating the assembly process.
Start Button: Launches the AR application, initializing the augmented reality guidance system.
Next Button: Enables users to progress through the assembly by displaying the next virtual part along with step-by-step instructions.
Repeat Button: Allows users to revisit and repeat the previous assembly step, facilitating a thorough understanding.
Final Button: Presents a comprehensive view of the fully assembled structure, offering users a holistic overview.
Upload Button: Provides users with the capability to upload a CSV file containing the positions and rotations of the 3D model, enhancing flexibility and customization.
By combining real-time augmented reality with intuitive controls, the system enhances efficiency and accuracy, making assembly tasks more manageable and accessible to users.
