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M23 Make SENSE of your SENSORS SHOWCASE

MagnetiSiM 2023 Hall Sensor Design Competition has ended. We thank all participants and graduate student buddies for this huge success! Listed below are the winners for the Hall Sensor Design Competition. Scroll down to find a selection of participated projects below.

Project Title	Author	Organization	Position
DIY Battleship Game	Jun Han Chuang, Ying Da Su	Singapore Polytechnic	3rd Place
SecureAlert	Brittany Tan	Singapore Polytechnic	1st Place
Le Knob	Jerrick Seng, Leroy Hong	Singapore Polytechnic	2nd Place

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SecureAlert

Brittany Tan

Singapore Polytechnic, Singapore

Using Hall effect sensors, SecureAlert features a system that monitors displayed valuables and sends alerts if displaced - it can be used as is or placed in a safe for an additional protection!

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Le Knob

Jerrick Seng & Leroy Hong

Singapore Polytechnic, Singapore

Le Knob presents a magnetic rotary encoder, built with Hall effect sensors, that is used as an external volume knob for electronic devices such as laptops.

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DIY Joystick

Febio George & Prisha Ghosh

Singapore Polytechnic, Singapore

DIY Joystick is a joystick model built with Hall effect sensors. This project presents a roadmap of an easy home-made controller that can be integrated into your favorite games!

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DIY Battleship Game

Chuang Jun Han & Su Ying Da

Singapore Polytechnic, Singapore

With the implementation of Hall effect sensors, DIY Battleship Game presents a simple game that resembles Battleship, the board game.

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Digital Magnetic Levitator

Nahilus Ng

Singapore Polytechnic, Singapore

Inspired by the magnetic effects of superconductors and its potential in Maglev system, the idea of Digital Magnetic Levitator is simple: use electromagnets and a couple Hall sensors to levitate a magnetic platform.

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CLEVERCAN

Hayden Lee Hyong Shin

Ngee Ann Polytechnic, Singapore

Introducing the CLEVERCAN: SMART WASTE MANAGEMENT SYSTEM WITH HALL SENSORS. CLVERCAN provides a smart solution to detect waste accumulation for your home!

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Motor Control

Mallari Kimberly

Singapore Polytechnic, Singapore

The project demonstrates the use of a Hall sensor as a means to manipulate the rotations of a motor, assisted with a quantitative menu.

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Ricardo Pinto

IFIMUP/University of Porto,

Portugal

Maxwell Robbins

University of Notre Dame,

United States

Yuxuan Yao

Beihang University,

China

Swarnali Hait

SNBNCBS,

India

Andrea Esquivel

Universidad de Los Andes,
Columbia

Daniela Abigail López Mireles

IPICYT,

Mexico

Kayna Lee Mendoza Trujillo

Argonne National Laboratory,

United States

Generously supported and assisted by our graduate project buddies

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