This workshop aims to demystify the process of creating a simple IoT (Internet of Things) device, making it accessible even for those without an electrical engineering background. The goal is to provide practical motivation and a hands-on experience that highlights how powerful and achievable technology can be when broken down into simple steps. This aligns with the conference theme of “Invest In Yourself and Hone Your Craft” by empowering attendees to explore and innovate within the realm of IoT.

Workshop Description:  
Participants will embark on a journey to build a basic IoT device from scratch. This workshop will not delve deeply into the intricacies of electrical engineering but will focus on providing a clear, step-by-step guide that demonstrates the simplicity and power of IoT technology. Attendees will gain practical skills and an appreciation for how these devices can be integrated into various applications.

Workshop Structure:

1. Introduction to IoT and Hardware Basics 
   • Overview of IoT and its applications. 
   • Introduction to the hardware components and tools. 
2. Design and Planning  
   
   • Step-by-step breakdown of the device creation process. 
   • Planning the device functionality and choosing components. 
3. Programming and Connectivity 
   • Basics of programming the device. 
   • Setting up connectivity and testing the device. 
4. Ordering the board
   • Compose all part selections
   • Export and upload files to the board manufacturer
5. Wrap-Up and Next Steps 
   • Review of key learnings and Q&A. 
   • Discussion of potential applications and further learning resources.
     
     

Outcomes:  
By the end of the workshop, each participant will have:

• Designed and ordered their own IoT device. 
• Gained confidence in their ability to work with hardware and IoT technology. 
• Received a custom-made PCB delivered to their doorstep post-conference.

This workshop not only equips attendees with practical skills but also serves as a life lesson in breaking down complex tasks into manageable steps, fostering a mindset of continuous learning and innovation.

This workshop aims to demystify the process of creating a simple IoT (Internet of Things) device, making it accessible even for those without an electrical engineering background. The goal is to provide practical motivation and a hands-on experience that highlights how powerful and achievable technology can be when broken down into simple steps. This aligns with the conference theme of “Invest In Yourself and Hone Your Craft” by empowering attendees to explore and innovate within the realm of IoT.

Workshop Description:  
Participants will embark on a journey to build a basic IoT device from scratch. This workshop will not delve deeply into the intricacies of electrical engineering but will focus on providing a clear, step-by-step guide that demonstrates the simplicity and power of IoT technology. Attendees will gain practical skills and an appreciation for how these devices can be integrated into various applications.

Workshop Structure:

1. Introduction to IoT and Hardware Basics 
   • Overview of IoT and its applications. 
   • Introduction to the hardware components and tools. 
2. Design and Planning  
   
   • Step-by-step breakdown of the device creation process. 
   • Planning the device functionality and choosing components. 
3. Programming and Connectivity 
   • Basics of programming the device. 
   • Setting up connectivity and testing the device. 
4. Ordering the board
   • Compose all part selections
   • Export and upload files to the board manufacturer
5. Wrap-Up and Next Steps 
   • Review of key learnings and Q&A. 
   • Discussion of potential applications and further learning resources.
     
     

Outcomes:  
By the end of the workshop, each participant will have:

• Designed and ordered their own IoT device. 
• Gained confidence in their ability to work with hardware and IoT technology. 
• Received a custom-made PCB delivered to their doorstep post-conference.

This workshop not only equips attendees with practical skills but also serves as a life lesson in breaking down complex tasks into manageable steps, fostering a mindset of continuous learning and innovation.