Master IoT Development in 2 Months
Learn the fundamentals of the Internet of Things (IoT) with hands-on experience using Arduino and ESP32. This 8-week course is designed for beginners and intermediate learners looking to build IoT applications, work with sensors, and integrate cloud connectivity.
Why Choose This Course?
Practical, Hands-On Learning – Build real-world IoT projects.
Industry-Relevant Skills – Learn IoT protocols, cloud data handling, and security.
Live Interactive Lectures – Get direct guidance from experienced instructors.
Learn from Anywhere – 100% online with flexible scheduling.
Certification Upon Completion – Showcase your IoT expertise.
What You’ll Learn
🔹 IoT Basics: Understand key IoT concepts and hardware components.
🔹 Arduino & ESP32 Programming: Learn to code and interface with sensors.
🔹 Sensor Integration: Work with temperature, motion, and light sensors.
🔹 Wi-Fi & Cloud Communication: Connect IoT devices to online dashboards.
🔹 Security & Encryption: Implement authentication and secure connections.
🔹 Real-World IoT Projects: Build applications for smart homes, monitoring, and automation.
Who Should Enroll?
✔️ Students & Engineers – Learn practical IoT applications for career advancement.
✔️ Developers & Hobbyists – Get hands-on experience in IoT programming.
✔️ Entrepreneurs & Innovators – Build smart tech solutions for real-world problems.
Tools & Technologies Covered
🛠 Hardware: Arduino Uno, ESP32, Sensors (DHT11, LDR, HC-SR04), Motors.
💻 Software: Arduino IDE, ThingSpeak, Firebase, MQTT Brokers.
🌐 Protocols: HTTP, MQTT, WebSockets.
Course Details
- Level: Beginner to Intermediate
- Duration: 8 Weeks (2 Months)
- Schedule: 3 Online Lectures per Week (1 Hour Each)
- Prerequisites:
- Basic understanding of programming (C/C++ or Python preferred).
- Familiarity with electronics fundamentals (optional).
Why Learn IoT?
🚀 High Demand: IoT is transforming industries like healthcare, smart cities, and automation.
🎯 Career Growth: IoT skills open doors to roles in embedded systems, cloud computing, and AI.
📡 Future-Proof: IoT is expected to power over 50 billion devices by 2030.
Enroll Today!
Join Tanar Academy and take the first step towards academic excellence. Our dedicated team is here to support you every step of the way.
Course Outline
Introduction to IoT and Arduino
📌 What is IoT? Applications and real-world use cases.
📌 Arduino Uno Overview: Architecture, features, and setup.
📌 Hands-On: Writing your first Arduino program, controlling LEDs and buttons.
ESP32 Basics and Wi-Fi Connectivity
📌 Introduction to ESP32: Features, GPIOs, and built-in functions.
📌 Connecting ESP32 to Wi-Fi: Writing a Wi-Fi connection script.
📌 IoT Communication Protocols: HTTP and MQTT basics.
Sensor Basics and Data Acquisition
📌 Working with Sensors: Temperature & humidity sensors (DHT11/DHT22).
📌 Light Sensors (LDR): Using ADC on Arduino & ESP32.
📌 Ultrasonic Sensor (HC-SR04): Distance measurement with real-time visualization.
Advanced Features and Actuators
📌 Controlling Brightness with PWM & LED dimming.
📌 Servo & Stepper Motors: Basics and motor control.
📌 Integrating multiple actuators for real-world applications.
Cloud Connectivity and Data Logging
📌 Sending Sensor Data to the Cloud: Using ThingSpeak or Firebase.
📌 MQTT Broker Setup (HiveMQ): Sending & receiving IoT data.
📌 Visualizing IoT Data on Cloud Dashboards.
IoT Communication and Security
📌 Comparison of IoT Protocols: HTTP vs. MQTT vs. WebSockets.
📌 IoT Security Basics: Encryption & authentication techniques.
📌 Secure MQTT Connections with TLS.
Building IoT Projects
📌 Smart Home Automation: Control appliances remotely.
📌 Real-Time Monitoring: Displaying data on LCD/LED matrix.
📌 Guided Project Development: Plan & build your own IoT project.
Course Wrap-up and Project Presentations
📌 Debugging and Optimizing IoT Code.
📌 Live Project Presentations and Feedback.
📌 IoT Industry Trends and Career Opportunities.
