Featured Projects

turtlebot4

Path Planning for Turtlebot4

Robotics Computer Vision Autonomous Systems ROS2 Gazebo

A course project that involved developing an A* path planning algorithm for the Turtlebot4 to navigate in an given environment. Designed for both simulation and hardware!

UAV

Localisation of UAVs in Indoor Corridor Environments

Robotics Computer Vision Autonomous Systems Bezier Curve Multi-Task Learning

Developed GPS-free localization for UAVs in indoor environments, enabling precise path following with minimal deviation in translation and orientation.

AUV Nemo

Autonomous Navigation Planner for AUV Nemo

Robotics Computer Vision Autonomous Underwater Vehicle ROS Gazebo

Developed an Autonomous Underwater Vehicle with 6 DOF featuring 3D Visualised Oak-D Series 3 Camera for autonomous navigation in SAUVC 2022, Singapore.

ROV Marty

Control System Integration for ROV Marty

Robotics Control Systems Hybrid Vehicle

Developed a hybrid vehicle capable of operating as both AUV and ROV for the MATE-ROV World Championship 2023.

Traff Analyser

Traff Analyser

CNN Data Analysis Traffic Patterns

Analyzes traffic conditions using sensor data to predict traffic trends at different junctions using a CNN model.

TCAS System

TCAS System

ROS2 Gazebo C++/Python Nav2

Multi-robot monitoring system that identifies potential junction regions where robots might converge and regulates their passage to prevent close proximity interactions.

Aquatic Classification

Aquatic Animal Classification

Deep Learning MobileNetV2 ResNet50V2

Implemented three Deep Learning Models for aquatic animal classification, comparing accuracy outcomes and creating a web application classifier.