Don't know where to start?
IoT feels like a massive maze. Between sensors, microcontroller pinouts, communication protocols (I2C, SPI, MQTT), firmware coding, and cloud dashboards, finding a clean starting point is incredibly overwhelming.
Watch IoT data travel live — from device to dashboard in your browser, completely free
Learning smart connected products sounds exciting, but transitioning into professional firmware development can feel like hitting a wall.
IoT feels like a massive maze. Between sensors, microcontroller pinouts, communication protocols (I2C, SPI, MQTT), firmware coding, and cloud dashboards, finding a clean starting point is incredibly overwhelming.
Worried that getting started with IoT requires a large budget? You can start learning and building with minimal hardware, focus only on the essentials, and avoid unnecessary expenses. We'll discuss practical ways to begin with low-cost equipment, collaborate with other learners, share resources and gradually scale your setup when needed.
Disconnected YouTube tutorials, fragmented blog posts, and outdated courses leave you with half-working scripts and massive knowledge gaps. You need a structured, real-world roadmap to become a capable systems builder.
Whether you want to build professional firmware or understand smart system architectures, we designed this series to be highly actionable.
Tired of raw theory and simulators that don't match reality? This is for students who want to understand industrial IoT networks, practical microcontroller circuits, and live telemetry databases.
Learn how modern firmware is actually structured. We bridge the gap between simple Arduino scripts and clean, modular C/C++ firmware built for commercial scalability.
Web devs looking to branch out! Learn how to interface your apps with the physical world through real-time communication protocols (MQTT, HTTP APIs) and robust cloud relays.
Perfect for DIYers who love smart home automation, node sensors, or custom dashboards, but want to elevate their engineering principles to professional, reliable industry standards.
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2 hours, 2 parts — we follow the data all the way from the chip to the cloud dashboard.
Quick introductions, session agenda, and what you'll be able to do by the end — understand exactly how a sensor reading on a chip ends up as a live graph in a browser.
We wire up an ESP32 with a real sensor (temperature / humidity), walk through the GPIO/I2C connections, and confirm the hardware is reading live data before writing a single line of firmware.
We write the firmware live — connect to WiFi, read sensor values, and publish telemetry payloads to an MQTT broker in JSON format. Every decision explained as we type.
Before touching the cloud, we confirm the chip is publishing correctly. We use an MQTT client tool to subscribe to the topic and watch real sensor data arrive in real time.
We set up a free ThingsBoard cloud instance, create a device, and configure MQTT credentials so the ESP32 can connect and stream data directly into the platform.
Build a real-time dashboard in ThingsBoard — time-series line charts, live value cards, and gauge widgets — all pulling from the ESP32 data already flowing in.
Configure a rule chain that triggers an alarm when a sensor value crosses a threshold, and sends an automatic email notification — a complete automated IoT response loop.
A rapid-fire quiz on what we built, then an open floor for questions — firmware choices, MQTT broker options, ThingsBoard plans, career advice. Followed by snacks and networking with the team.
Free entry · Limited seats available
A growing roadmap of hands-on sessions — from first principles to advanced AIoT.
The full IoT stack demystified — sensors, microcontrollers, MQTT, ThingsBoard dashboards, and mobile interfaces in one 2-hour live session.
Follow live IoT data from an ESP32 through MQTT to ThingsBoard — real-time dashboards, alarms, and email alerts, all in your browser for free.
Professional C/C++ firmware architecture — FreeRTOS task management, UART/SPI/I2C drivers, and modular project structures for commercial IoT products.
Build cross-platform mobile apps that connect to live IoT data — real-time charts, MQTT subscriptions, and ThingsBoard API integration in Flutter.
Deploy lightweight AI models on microcontrollers for real-time anomaly detection, predictive maintenance, and smart automation at the edge.
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