Unit 1 – From Idea to Project Opportunity

Unit 2 – Solution Planning and Components

Session 2: Introduction to ESP32 & MicroPython: Blinking Your First LED

Session 3: Digital Input with ESP32: Control an LED Using a Push Button

Unit- Calibrating Distance Sensors for Real-World Applications

Unit 6 – smart_locker_system-part-1

Unit 8 – smart locker part 2

Unit 7 – Timing, Debouncing and State Machines

Unit 9 – Wireless Communication Foundations

Unit 10 – Bluetooth Low Energy Communication

Unit 11 – Project Hardware Assembly

Unit 12 – Embedded-System Validation

Unit 13 -Introduction to Artificial Intelligence and Machine Learning

Unit 14 – Prompt Engineering

Unit 15-Introduction to Mobile Applications and MIT App Inventor

Unit 16 – Loops and Conditional Decisions

Unit 18-Voice Recognition in MIT App Inventor

Unit 19 – Image Classification in MIT App Inventor

Unit 20 – Mobile Sensor Monitoring and Alert Application

unit 21 – Introduction to Internet of Things Systems( IOT)

Unit 22 -Bluetooth Low Energy Connection Between MIT App Inventor and ESP32

Unit 23- Mobile-Controlled LED Using ESP32 Bluetooth

Unit 24- Receiving ESP32 Data, Dashboard, Alerts, and Storage

Unit 25 – Sending AI Results to ESP32 and Final Project Integration

Unit 26 – Product Measurements and Design Requirements

Unit 27 – Parametric Electronics Enclosure

Unit 28 – Mechanisms and Sensor Mounts

Unit 29 – Project CAD Development I

Unit 30 – Project CAD Development II

Unit 31 – Slicing and Manufacturing Preparation

Unit 32 – Physical Construction

Unit 33 – Complete System Integration

Unit 34 – Validation, Improvement and Pitch

Unit 35 – Final Demonstration and Evaluation

free session