Internet of Things (IoT) is revolutionizing the way we connect with the world by integrating physical devices to digital systems. Beginning from smart homes and wearables towards industrial automation and healthcare solutions, IoT applications are relevant all over. IoT Internship provided from our IT training institute is a combined course that is exceptionally curated to make you with foundational knowledge and practical skills needed for thriving in this booming sector.
This on-the-job training encompassing immersive program brings forth learners to embedded systems, microcontroller programming, sensor integration, real-time data transmission, & cloud communication. The internship offers an ideal combination of theory, simulation, and project-based learning to assist participants understands both the hardware and software sides of IoT.
This IoT course begins with a robust foundation in embedded systems, the heart of any IoT solution. You'll find what embedded systems are, how they work, and where they are used in real-time applications such as smart agriculture, home automation, wearable devices, & more.
This section assures that learners can appreciate how sensors, microcontrollers, and actuators synergize to perform intelligent tasks.
To develop a successful IoT system, understanding electronic fundamentals is essential. You'll get hands-on knowledge of analog and digital circuits, how signals are processed, and how different electronic components interacts.
This segment builds your circuit-level confidence and prepares you for hands-on circuit design and testing.
Coding is a crucial skill in IoT development. The course offers comprehensive training in both Embedded C (for microcontroller programming) and Python (widely used in IoT applications on Raspberry Pi or for data handling).
By learning both languages, you will gain the flexibility to work across different IoT hardware platforms.
Before working with actual hardware, you'll become familiar with simulation tools and programming environments. The course walks you through:
This part gives you a safe space to experiment before moving on to physical circuits.
Experience is the finest teacher. That's why we provide practical sessions using Arduino UNO, a user-friendly and widely used microcontroller development board.
You'll move from basic sensor reading to building complete sensor-based systems by the end of this unit.
IoT is not just about sensing; it's also about acting. Learn how to control various output devices using microcontroller signals.
Through these projects, you will obtain procedural knowledge on regulating real-world devices.
Communication between devices is a vital part of any IoT system. You will gain practical experience with 3 vital communication protocols:
Learn how to choose the right protocol based on application requirements and hardware capabilities.
You'll interface a wide range of sensors used in real-time IoT systems, including:
Each sensor project is designed to reveal real-world use cases such as smart farming, home security, and energy regulation.
Discover the full architecture of an IoT system—from edge devices to cloud platforms.
This helps you assist the right hardware for future projects.
Connectivity is a key feature in IoT. You'll gain knowledge in:
Build systems that not only collect data but also share it in real time.
To go from prototype to product, you'll learn to design Printed Circuit Boards (PCBs) using Eagle software:
PCB design is a valuable skill for product developers and hardware engineers.
Apply everything you've learned in a comprehensive capstone project that demonstrates your IoT expertise
Build a complete IoT solution from concept to deployment
Receive recognized certification upon successful completion
Get job placement assistance and career guidance