Smartwatch Project Kit

In this project, you will design a comprehensive smartwatch system capable Of real-time sensing. multitasking firmware execution. wireless communication. and power-aware operation on a resource-constrained controller,

$119.00

35 - 50 hours to complete

Intermediate difficulty

8-Week Smartwatch Program

August 17 – October 16, 2026

Time Commitment: 3–5 hours per week
Support: Kickoff meeting, live help twice a week, plus optional appointments
Included: Hardware kit, guided instructions, structured weekly milestones, and technical support
Recommended Prerequisites: basic programming experience, basic microcontroller experience, basic electronics understanding

Returns & Refunds
  • Short Circuit Voluntary 14-day Return Guarantee: You can return any item within 14-days following delivery. Items must be unused and in original packaging.
  • Customers are responsible for return shipping costs unless the item arrived damaged, defective or incorrect.
  • To initiate a return email us at support@shortcct.com
  • LilyGo T-Watch 2020 V3
  • Cable for Mac or Windows
  • Free Shipping within the U.S.
  • Online Materials for 12 Months
  • Virtual Support
  • Recommended Timeline

Upon Project Completion You Will Have

Portfolio Project

Completed a tangible project to showcase on your resume

Industry Skills

Demonstrated key competencies valued by Samsung, Intel, Bosch, and more

Certificate

Received a sharable certificate for your LinkedIn profile

Prerequisites

This project is designed for students who want hands-on embedded firmware experience. You do not need a lot of experience, but some foundational knowledge is expected. 

  • Basic programming experience in C/C++
  • Basic experience with microcontrollers
  • Basic understanding of electronics

If you find that you are missing some of this background, reach out to us at support@shortcct.com and we can explore options to get you up to speed!

Outcomes

By completing this project, you will:

  • Develop embedded firmware for a fully functional smartwatch
  • Interface with sensors, displays, and peripherals using common communication protocols
  • Apply embedded concepts including interrupts, timers, GPIO, drivers, and RTOS
  • Use datasheets to integrate and configure electronic components
  • Debug hardware and firmware to identify and resolve real-world issues
  • Build a portfolio-ready project that demonstrates hands-on embedded systems experience