Open Source Hardware & IoT Embedded Systems

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This is a comprehensive, 3-day entry-level workshop designed to introduce students to the world of IoT and embedded systems. We move from digital simulation to hands-on hardware construction, emphasizing collaborative learning and Open Source principles. No prior electronics experience is required.

Organized by: IEEE Student Branch - University of Jordan, Aqaba
In Collaboration with: Jordan Open Source Association (JOSA)
Presenter: Zaid Qtaish

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• Hwy Valley
• Aqaba, Jordan
• Jordan 77110
• Building: The University of Jordan – Aqaba
• Room Number: Lab 223
• Click here for Map

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• Contact Event Hosts

• Contact: Reem Al-Aqrabawi - Chair, IEEE WIE UJ-Aqaba 
  Email: Alreemugc@gmail.com

• Co-sponsored by Jordan Open Source Association (JOSA)

• Link to External Registration

Day 1: The Digital Sandbox (Simulation)

Session Title: Introduction to Arduino & Simulation
Objective: Introduce core Arduino concepts and build initial understanding through simulation tools.

Topics Covered:

• Overview of Arduino and its industrial applications
• Introduction to Tinkercad Circuits (simulation environment)
• Basics of Arduino programming:

  • void setup()
  • void loop()

Practical Activity:

• Blink Challenge

  • Build a virtual LED circuit
  • Apply basic coding and wiring logic

Day 2: Hardware Interaction (The Lab)

Session Title: Working with Real Hardware
Objective: Enable students to interact with physical components and understand real-world implementation.

Topics Covered:

• Team formation (3–5 students per team)
• Introduction to hardware components:

  • Arduino board
  • Breadboard
  • Jumper wires

• Guided experiments:

  • Digital Input: Button interaction
  • Analog Input: Potentiometer for LED brightness control

Practical Activity:

• Hands-on circuit building and testing
• Observing real hardware behavior

Milestone:

• Teams select a project for Day 3 from a predefined list

Day 3: The Project Build

Session Title: Project Development & Demonstration
Objective: Apply knowledge to design, build, and present a complete Arduino-based system.

Main Activity:

• Team-based project development with instructor support

Project Options:

1. Automated Traffic Light System
2. Digital Piano (Buzzer & Buttons)
3. Alarm System (Buzzer + LDR Sensor)

Final Activities:

• Project demonstrations
• Troubleshooting and debugging session
• Feedback and discussion