NUS VARS vs Smorphi

The aim of this project is to create a mobile application where virtual reality (VR) and augmented reality (AR) can be used as an innovative teaching pedagogy for users to identify different structural elements and their components in real life setting, to explain the difference between the different load types, to comprehend load transfer pathways in structural systems, to visualise deformation and failure modes of structural elements and systems under different loading conditions, and to identify the different materials used in different structures.

Experience seamless control of your Smorphi robot with our dedicated app. Utilizing Bluetooth technology, this application establishes a reliable connection with your robot, offering a user-friendly interface for effortless operation. Key Features: Joystick Control: Effortlessly maneuver your Smorphi with precision using an intuitive joystick, ensuring smooth and responsive movements. Pivot Buttons: Take advantage of two dedicated pivot buttons for precise rotation, allowing you to navigate your robot with ease. Shape Change Options: Explore the versatility of your Smorphi with seven dedicated shape change buttons. Effortlessly transition between configurations to suit your preferences and tasks. Immerse yourself in the world of robotics with the simplicity and control offered by our Smorphi app. Elevate your experience and enjoy the fluidity of movement and shape changes at your fingertips.