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Jack Douglas

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This user joined on 11/20/2017.

Projects I Contribute To

The 2017 Hackaday Prize

Developing hardware to track and assert the air quality in a city based on IOT topology.

City Air Quality

radu-motisan Radu Motisan

Projects I Like & Follow

The 2017 Hackaday Prize

Developing hardware to track and assert the air quality in a city based on IOT topology.

City Air Quality

radu-motisan Radu Motisan

The 2016 Hackaday Prize

Using an open source platform to investigate the "readiness potential" and what it says about human free will

Arduino, EEG, and Free Will

patrick-glover Patrick Glover

Expansion boards are designed to be easy to use in DIY IoT projects, low cost, reliable, saves the pain of cabling bread boards

STM32 Blue pill IoT expansion boards

Emulate Citroen's Lexia / Actia Diagnostics tool to query the CAN bus and log the results to SD card.

CAN Diagnostics Logger with Arduino CAN shield

The 2015 Hackaday Prize

The Redtree Hydra is the 1st computer for robotics designed to easily add components, communicate with groups of other robots and share data

Redtree Hydra: A modular platform for robotics

redtree-robotics Redtree Robotics

Make a low-cost rhythmic Holter with a communication in real-time of the electrocardiogram from patient to doctor.

Wireless ECG

The 2015 Hackaday Prize

UP1 robotics platform, bringing robotics to everyone

UpDroid's UP1

kartik-tiwari Kartik Tiwari

A working model of a Logikoma from "Ghost in the Shell: Arise".

Logicoma-kun

dehipu deʃhipu

Beware. Plastic containers are moisture permeable.

Filament storage science

The 2016 Hackaday Prize

In this project I will construct an IoT education platform backed by teachers high schools and universities. STEM education in practice.

Complete IoT programming and building course

daan-pape Daan Pape

An improved version of Blue Pill STM32

Green Pill, An STM32 Arduino Compatible Board

minh7a6 minh7a6

The 2017 Hackaday Prize

Cube shaped objects that will attach to each other and move each other which will result in a low resolution programmable matter (LRPM).

Low Resolution Programmable Matter

A Steadicam + Hyperlapse + Motion Control Photography Robot

Steady Shot Bot

steady-shot-bot Steady Shot Bot

IoT remote control outlets for cheap

Homemade IoT electrical outlets (sort of)

This Project is based on IR receiver; IC 555; IC 7474; BC 187.Here we have made use of TSOP 1738, an IR receiver which detects the IR rays

IR Remote Control

The 2016 Hackaday Prize

In this project, we aim to construct a comfortable wearable system that protects elders against fall-related injuries.

Embrace Solutions

Build a remote control that triggers all your smart home automation workflows based on a scenario system.

Entrance Master Remote (w/ Raspberry Pi)

In this project, I used hacked my brainwave signal to control the quadcopter instead of using radio controller

Using Brainwave to control drones

sam-new Sam New

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Bits

Jack Douglas wrote 01/13/2019 at 02:12

The BOM might be a bit expensive for me right now, especially for a first project. I calculate USD $500 *without* PCB. I am also evaluating the following as they require less space and are lightweight: https://www.spec-sensors.com/.

Are you sure? yes | no

Jack Douglas wrote 01/10/2019 at 22:25

Hi Radu. Yes, I am.

Are you sure? yes | no

Radu Motisan wrote 01/10/2019 at 21:10

Thanks for following #City Air Quality . Planning on building one?

Are you sure? yes | no