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iotassetlocationtracker-with-etisalat

22 Feb 2020 @ in5 - Hands-on Internet Of Things workshop with Etisalat Digital. At this session, learn how to incorporate ​location tracking​ into your IoT solution, including how to: 1. Set up GPS modules on remote edge devices & monitor location over the internet 2. Sync and model location data streams for multiple assets to the cloud 3. Build a consolidated web-based user interface using extensions to display maps & position simultaneously for all assets.

iotedgeconnection

Internet of Things workshop conducted on 12th December 2020 in association with Etisalat Digital and PTC. In this workshop, we will show you how to connect devices on the edge to the ThingWorx Cloud — syncing up data from the edge to digital representations on the cloud seamlessly using the proprietary two-way WebSockets-based AlwaysOn protocol, implemented using the ThingWorx Edge MicroServer tool. In our scenario, we’ll simulate an engine on our edge device that generates values to predict failure. We’ll build a quick web dashboard as well to present the data. Prerequisites: Activate your free PTC Cloud trial developer account - https://developer.thingworx.com/en/resources/trials (No download required)

iotsmarthome-with-thingworx

Dec 14th @ in5 - Hands-on Internet Of Things workshop with Etisalat Digital & PTC. At this session, we’ll create a modular solution using the Etisalat IoT Platform to automate home controls like lights, locks and cameras over the internet. We’ll show you how to set up hardware attached to remote edge devices to be monitored and controlled over the internet in real time, sync and model device data with the cloud and build a web-based user interface to aggregate our functions. At the culmination of the workshop, you will have all the tools and know-how to build your own custom system from scratch in a matter of hours.

iotweathermonitor-with-thingworx

Oct 12th @ in5 - Hands-on Internet Of Things workshop with Etisalat Digital & PTC. At this session, we’ll take you step by step over the process of creating a modular IoT solution using the Etisalat Thingworx Platform to monitor weather conditions at various locations. We’ll show you how to sync data from edge devices and sensors onto the cloud in real time, model this data to fit business use cases and present it over the web using the platform’s easy-to-use UI building tools.

j2objc-demo

J2ObjC Demo for The Assembly Workshop 28/July. Use an MVP pattern and J2ObjC to use code in Android Studio and XCode

key_reminder

kotlinmessenger-app

Jan 18th 2020 @ in5 - Code An Android Chat App With Kotlin. At this workshop, we’ll take you over the basics of Kotlin & the fundamental differences with Java, before building a chat app in Kotlin that incorporates a Firebase-backed login & emojis/gifs.

laser_piano

laser_piano_arduino

lcd_game

learn-how-to-control-robots-using-javascript-through-cylon.js

A workshop about javascript and CylonJS

lifi

line_following_rover

locationawareapp

locationawareapp_working

locationsharer

Location sharing mobile app that communicates location in real time

machine-learning-for-business-solutions

Repository that contains my research

magnetic_levitation

make-a-bluetooth-controlled-robot-car

In this session, we’ll show you to build from scratch an Arduino-powered robot car that can be controlled remotely from your phone via Bluetooth. We’ll incorporate features like obstacle avoidance using ultrasonics—our car will sense objects blocking its path and automatically course-correct. Hardware required: —Arduino UNO —Servo Motors, Ultrasonic sensors & Chassis —L298N Motor Driver Shield —ESP8266 Expansion Board Software required: —Download the Arduino IDE (https://www.arduino.cc/en/software/) ----------------------------------------- To learn more about The Assembly’s workshops, visit our website, social media or email us at [email protected] Our website: http://theassembly.ae Social media: —Instagram: http://instagram.com/makesmartthings —Facebook: http://fb.com/makesmartthings —Twitter: http://twitter.com/makesmartthings ----------------------------------------- #Arduino #DIY

make-a-touch-free-sanitizer-dispenser

The current COVID crisis has inspired ingenuity on the part of makers - in deploying technology to meet new challenges. The humble store-bought sanitizer has become a vital aid in battling viruses - yet it still requires touch to operate, something which isn't ideal for safe use. In this workshop, we'll show you how to modify your out of the box dispenser with some compact technology to go touch-free! No need to push a button any more, just wave your hand in front of the sensor and the sanitizer liquid is automatically pumped into your palm. Hardware required: - Store-bought sanitizer dispenser - Arduino Uno - Servo motor - Infrared sensor - A few jumper cables Software required: - Arduino IDE ----------------------------------------- To learn more about The Assembly’s workshops, visit our website, social media or email us at [email protected] ➡ Website: theassembly.ae ➡ Follow us on our social media: • Instagram: instagram.com/makesmartthings • Facebook: fb.com/makesmartthings • Twitter: twitter.com/makesmartthings

make-an-air-canvas-with-opencv

The OpenCV library is one of the Assembly’s favourite toolkits, with its easy-to-use processing capabilities for real-time computer vision. Working seamlessly with Python, the open-source library has been very useful for processing live video capture on the fly with little overhead, delivering impressive results with minimal code. In this session, we’ll use OpenCV via Python to code our own air canvas, allowing you to doodle in thin air using hand gestures captured by the camera with results transferred to the screen directly and in real-time. Our 4-color palette will be represented by each of the fingers (our virtual ‘crayons’), with the fifth used as an eraser. Prerequisites: ✅ Python (latest release: https://www.python.org/downloads/release/python-395/) — We’ll use the pre-bundled Python IDLE as our environment for this session. ✅ OpenCV — Install using pip (https://pypi.org/project/opencv-python/) ----------------------------------------- To learn more about The Assembly’s workshops, visit our website, social media or email us at [email protected] Our website: http://theassembly.ae Instagram: http://instagram.com/makesmartthings Facebook: http://fb.com/makesmartthings Twitter: http://twitter.com/makesmartthings

make-an-arduino-smart-bin

In this session, we'll use Arduino and servo motors + ultrasonic sensors to transform a regular dustbin into a smart device with a lid that opens automatically for a set time interval when an item is brought near it for disposal. This removes the need for any physical contact and the use of mechanical levers operated by hand/foot. Prerequisites: —Download the Arduino IDE (https://www.arduino.cc/en/software) Hardware Required: —Arduino UNO —Ultrasonic sensor —Servo motor —Jumper cables ----------------------------------------- To learn more about The Assembly’s workshops, visit our website, social media or email us at [email protected] Our website: http://theassembly.ae Social media: —Instagram: http://instagram.com/makesmartthings —Facebook: http://fb.com/makesmartthings —Twitter: http://twitter.com/makesmartthings

make-an-arduino-visitor-counter

A good, simple use case for automation for those administering event venues is a visitor counter—even more so in these times of COVID-19 and social distancing. In this session, we’ll build a device using Arduino that will automatically sense and count the number of people entering and exiting the premises, with a convenient display attached. When the number is exceeded, the system automatically starts beeping until the situation has been remedied. Hardware required: —Arduino UNO —Ultrasonic sensors (x2) —OLED Display —Buzzer —Jumper wires, breadboard Software required: —Arduino IDE (https://www.arduino.cc/en/software/) ----------------------------------------- To learn more about The Assembly’s workshops, visit our website, social media or email us at [email protected] Our website: http://theassembly.ae Social media: —Instagram: http://instagram.com/makesmartthings —Facebook: http://fb.com/makesmartthings —Twitter: http://twitter.com/makesmartthings #Arduino #COVID19 #DIY

make-an-obstacle-avoiding-robot-car

In a recent session, we showed you how to build an Arduino-powered robot car that we controlled using Bluetooth. This time, we’ll take our setup a step further by giving the car the ability to detect obstacles in its path and course-correct automatically, using a servo-mounted ultrasonic sensor and a bit of smart code. Prerequisites: —Basic knowledge of Arduino Programming —Arduino IDE (https://www.arduino.cc/en/software/) Hardware required: —Arduino UNO —Servo Motors, Ultrasonic sensors & Chassis —L298N Motor Driver Shield ----------------------------------------- To learn more about The Assembly’s workshops, visit our website, social media or email us at [email protected] Our website: http://theassembly.ae Social media: —Instagram: http://instagram.com/makesmartthings —Facebook: http://fb.com/makesmartthings —Twitter: http://twitter.com/makesmartthings #Arduino #DIY

make-art-using-ai

make-your-own-ar-snapchat-filter

2 May 2020 - In this workshop, we’ll show you how to design, code and deploy your own AR objects using LensStudio. Working with templates for 2D and 3D designs, you’ll be able to add animations, movements and effects perfectly superimposed on the media you upload to the app. Learn how to create your own magical AR experiences for Snapchat!

manage_tasks_rfid

maze-learning-microbot

mediaplayer-javafx

In this online session, we'll show you how you can make your custom Media Player from scratch. We will include several features into the media player like volume control, progress bar etc. The advantage of making a Media-Player like this is that you can add custom features and functions according to your personal preferences.

meetup_analyser