CodeBlocks is a physical block-based educational toy designed to teach young children about programming. First, children assemble the command blocks into a program, and scan the configuration into an app. The app compiles the program and transmits it wirelessly to the robot, which executes the commands according to the block configuration.

Team members: 
Year 2, Undergraduates I Renaissance Engineering Programme

• Aidan Ling Zhen Yang
• Claire Chu Xinyi
• Isvaran Mahendran
• Song Ying Hui Megan
• Wu Yifan

Recording human motion directly during a manipulation task is challenging due to the morphological differences between humans and robots. For example, a human hand with fingers is significantly different from a robot's parallel jaw gripper. In this study, we suggest providing humans with a teleoperated robotic setup to harness their existing skills and dexterity in completing manipulation tasks such as assembly.

Team members:

• Domenico Campolo, Associate Professor I School of Mechanical & Aerospace Engineering
• Sri Harsha Turlapati, Research Fellow I Centre for Advanced Robotics Technology Innovation
• Gautami Golani Pankaj, Research Associate I Centre for Advanced Robotics Technology Innovation
• Suhas Raghavendra Kulkarni, Research Associate I Delta-NTU Corporate Laboratory
• Ramanathan Vishal Padmanabhan, Research Assistant I School of Mechanical & Aerospace Engineering
• Thiet Hu Nguyen, Research Fellow I School of Mechanical & Aerospace Engineering
• Mingtian Du, Ph.D I School of Mechanical & Aerospace Engineering
• Lin Yang, Ph.D I School of Mechanical & Aerospace Engineering

This project explores the capabilities of 3D printing by building a customisable speaker. The team investigates the world of analog circuits, including their advantages and disadvantages, and delve into how noise isolation refines audio quality. Through experimentation with various designs, there will be a deeper understanding of audio and resonance.

Our Mars Rover Team, proudly representing Singapore, is dedicated to advancing robotic exploration. Comprising passionate engineers and scientists, we design and build innovative rovers capable of navigating the challenging Martian terrain. Focused on agility, durability, and functionality, we aim to push the boundaries of planetary exploration. Through excellence and collaboration, our team aspires to inspire the next generation of explorers and contribute significantly to the field of space exploration.