Unmanned Aerial Vehicles

Y-6 UAV: Introduction

Introduction to project stating aims and objectives

By Alexander Dada


Y-6 UAV: Mathematical Modelling

Dynamic modelling of the UAV using, Kinematic Euler angles, Newton-Euler Convention for Kinetics, Hardware-in-Loop Actuator System Identification, and Jacobian linearisation

By Alexander Dada


Y-6 UAV: Simulation and Linear Quadratic Guassian Control

Model Discretization, Stability Analysis, Reachability and Observability, Full State feeback, Dynamic Programming and Linear Quadratic Regulator (LQR), adding reference Tracking, State Estimation, Kalman Filtering and MATLAB/Simulink Implementaion

By Alexander Dada


Y-6 UAV: Overview of General Predictive Control

Brief overview of the concept of Predictive Control

By Alexander Dada




Internet Of Things

IOT Factory: Introduction To Industrie 4.0 Factory of the Future

Introduction to project stating aims and objectives

By Gopesh Yadav Dosieah


IOT Factory: Visual Tracking and Path Planning

Image Localisation and Mapping: HSV Filtering, A* Search Path Planning, Python Robotics Library

By Gopesh Yadav Dosieah


IOT Factory: Graphical User Interface

HTML, CSS, Javascript and JQuery

By Sanka De Sylva


IOT Factory: Mobile Robot Platform Node

PID Motor Control, ROS Node, C++, Python, Arduino, Raspberry Pi

By Alexander Dada




Unmanned Ground Vehicles

UGV Project

Coming Soon...



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