Open Hardware USB to Serial converter

4WD Mecanum Mobile Robot ROS 1&2 Ready

For reading and writing parallel eproms

A Autonomous vehicle created using Raspberry and Arduino.

An object collecting robot

Remote-LED-Blink with NodeMCU 8266, Raspberry pi pico & ARDUINO Boards (Remotlely BUT without WiFi inbuilt)

A project to control the DACs on the WUSTL APT CERN-test detector prototype

Reinforcement Learning and Sim-to-Real transfer for autonomous parking. Physical construction of a mobile robot to test the Sim-to-Real transfer. The goal of this physical robot is to implement a reinforcement learning algorithm to enable autonomous navigation and tasks such as parking.

An IMU-enabled engineering project to analyze dance moves. For partial fulfillment of the requirements for CG3002 in AY2018/19 (Sem II) at NUS by Group 1.

The ROV Project is an advanced underwater vehicle designed for marine exploration and environmental monitoring. It is equipped with state-of-the-art computer vision (CV) capabilities to detect, track, and analyze underwater objects in real-time.

3rd Year (Year Long) University project - Hexapod Robot. Built using a Raspberry Pi 4 and Arduino Mega 2560. Includes hand pose/gesture recognition and face detection

Linetracker mit Python und OpenCV

Design and Implementation of a Microwave Laboratory for Composite Material Testing

Photoresistor tests using Arduino