Dive into a hands-on, 30-hour online journey starting June 20. Program the ESP32, connect sensors to the cloud, implement MQTT protocol, and build real-world smart home automation projects.
Recordings from completed sessions — available for certified students and batch participants.
Getting started with IoT — Understanding electronics basics, ESP32 architecture, GPIO pinout, and setting up the Arduino IDE for firmware development.
Interface with real-world sensors and control actuators to build your first IoT project.
Interface advanced sensors (LDR, DHT22, HC-SR04, PIR, Soil Moisture), display live telemetry on I2C LCD screens, and safely control AC/DC appliances via Relays.
Get comprehensive, industry-relevant knowledge packed into 8 core modules designed to take you from a beginner to a confident IoT developer.
Master writing firmware for the powerful ESP32 SoC, managing GPIOs, interrupts, timers, and multi-core capabilities using the Arduino framework.
Understand circuits, current, voltage, resistance, pull-up/pull-down configurations, breadboarding, and how to safely wire microcontrollers.
Interface with real-world sensors (temperature, humidity, motion, ultrasonic) and control actuators like relays, buzzers, and servo motors.
Connect your physical hardware to cloud networks, manage Wi-Fi states, and send telemetry data to cloud analytics platforms securely.
Deep-dive into the standard publish-subscribe protocol of IoT. Set up MQTT brokers, publish sensor payloads, and subscribe to control commands.
Build local control networks, set up web servers on the ESP32, and integrate mobile dashboards to toggle home appliances over the network.
Apply concepts practically by building complete systems like Smart Weather Stations, Remote Energy Toggles, and Security Alarms.
Validate your skills. Receive an official certificate of completion from SparkTech Lab to showcase on your LinkedIn profile and resume.
Senior IoT Engineer | Metayb Pvt. Ltd., Chennai
Mr. Yogesh Mene is a veteran systems designer specializing in microchip programming, industrial IoT architecture, and telemetry interfaces. Having spent years developing and deploying heavy-duty automation networks, he brings invaluable, practical production knowledge to the classroom. His teaching style focuses on eliminating complex jargon and building real-world projects from scratch.
Whether you have zero experience in coding or are a professional looking to dive into embedded engineering, this course provides clear directions.
Cultivate critical logical thinking. Learn standard electronics fundamentals and how to control real lights and relays, boosting your science and technical curriculum.
Add solid, real-world mini-projects and major hardware prototypes to your resume. Stand out in engineering interviews with practical embedded system skills.
No coding background required! The curriculum begins from the ground up, clarifying basic syntax, circuits, variables, and programming concepts step-by-step.
Build custom home automations, monitor environmental nodes, and develop self-healing smart systems to turn your physical environments intelligent.
Receive an industry-recognized certificate of completion from SparkTech Lab. Validate your skills in ESP32 programming, MQTT networking, and smart home automation.
Every graduate receives a certificate with a unique tracking ID. Employers can verify a student's project contributions and live deployment links directly through our validation database.
Thank you for the overwhelming response! Batch #1 is now complete. A new batch will be starting soon — drop us a message to get notified.
Join the student community group to receive live lecture links, study material, and direct support from Yogesh Mene.
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