Embedded Systems & IOT

  • High Demand Across Industries: Embedded and iot professionals are needed across manufacturing, automotive, healthcare, smart homes, agriculture, telecommunications, and industrial automation sectors.
  • Foundation For Advanced It & Electronics Careers: Embedded systems and iot provide the foundation for careers in robotics, industrial automation, electronics design, smart devices, and product development.
  • Excellent Career Growth Opportunities: Embedded and iot technologies are rapidly expanding, creating opportunities for professionals in hardware development, firmware programming, and connected systems engineering.
1 Month ₹9,999 ₹7,999
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Embedded Systems & IOT
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Course Overview

Embedded systems are the invisible intelligence behind everyday technology—from smart watches and home appliances to automotive systems and industrial machines. This program introduces you to the core concepts of embedded systems, where hardware meets software to create intelligent devices. You will learn how microcontrollers function, how sensors collect real-world data, and how embedded programs control physical components. The course blends electronics fundamentals, programming logic, and hardware interfacing to help you understand how real devices are designed and operated. If you are interested in electronics, robotics, IoT, or core engineering systems, this course gives you the essential foundation to start building embedded applications.

Course with Live Project

No Refund Available

hands-on hardware projects: learn embedded system concepts through practical projects involving microcontrollers, sensors, and electronic circuits.

industry-relevant technologies: work with arduino, sensors, actuators, embedded programming, and iot communication fundamentals.

Real-world Iot Applications: Develop The Ability To Design And Build Basic Iot Solutions For Monitoring, Automation, And Control Applications.

Course Content

Once you submit your enquiry, our advisor will contact you within 24 hours to guide you through course selection, batch details, and enrollment steps.

  • • Live instructor-led training sessions
  • • Real-world project experience
  • • Certification guidance and support

To successfully complete the course and receive certification, learners must meet the following criteria:

  • • Minimum attendance requirement in live sessions
  • • Successful completion of assigned projects

Currently, there is no refund policy once the enrollment is completed. We recommend speaking with our advisors before enrolling to ensure the course fits your needs.

Skills Developed with Embedded Systems & IoT Course

Embedded Systems Fundamentals: Learn the core concepts of embedded systems, including microcontrollers, processors, memory, and embedded applications. understand how embedded devices interact with hardware and software.
Microcontroller Programming: Learn the basics of programming microcontrollers using arduino ide and embedded c concepts. develop the skills required to control hardware components and build embedded applications.
Electronics & Circuit Design: Understand fundamental electronics concepts, including resistors, capacitors, transistors, and circuit design principles. learn how electronic components work together in embedded systems.
Sensor & Actuator Interfacing: Learn how to connect and control sensors and actuators with microcontrollers. understand how embedded systems collect data and interact with the physical world.
Arduino Development: Gain hands-on experience with arduino boards, programming, and project development. learn how to create simple embedded and iot applications using arduino platforms.

Career Opportunities After Embedded Systems & IoT Course

This course opens doors to multiple high-demand career paths across industries.

Embedded Systems Trainee:

Assists in developing, testing, and maintaining embedded applications and hardware solutions under the guidance of senior engineers.

Iot Support Associate:

Provides technical support for iot devices, sensors, and connected systems while assisting with deployment and troubleshooting activities. electronics technician: works with electronic circuits, sensors, and embedded hardware systems to support development and maintenance activities.

Hardware Support Engineer:

Provides support for embedded devices, electronic systems, and hardware troubleshooting tasks in various industries.

Junior Iot Developer:

Assists in developing and testing iot applications, sensor integrations, and device communication systems.

Why Enroll in Embedded Systems & IoT with Solitaire Learning

Beginner-friendly Learning: Start with embedded system fundamentals and gradually progress to advanced microcontroller programming and iot concepts. practical lab-based training: gain hands-on experience through real-world hardware projects, sensor interfacing exercises, and embedded development labs.
Industry-recognized Certification: Receive certification upon course completion to validate your embedded systems and iot knowledge and practical skills.
Exposure To Industry Tools: Work with arduino ide, proteus, sensors, microcontrollers, and other industry-relevant embedded technologies.
Flexible & Career-focused Learning: Learn at your own pace with structured modules, expert guidance, practical assignments, and career-oriented training designed to prepare you for embedded systems and iot-related job roles.
Frequently Asked Questions

Have Questions About This Course?

Find answers to the most common questions learners ask before enrolling.

An embedded system is a specialized computer system designed to perform a specific task within a larger device.

IoT is a network of physical devices connected to the internet that can collect and exchange data.

Examples include smart watches, smart home devices, security cameras, smart TVs, and industrial sensors.

Embedded systems work independently for specific functions, while IoT devices connect to the internet for communication and data sharing.

The main components are: Microcontroller or microprocessor, Memory, Input/output interfaces, Sensors and actuators, Software/Firmware.

A microcontroller is a compact integrated circuit used to control devices and perform specific tasks.

Common languages include C, C++, Python, and Embedded C.

Sensors are devices that detect environmental changes such as temperature, motion, humidity, or light.

Popular protocols include Wi-Fi, Bluetooth, Zigbee, MQTT.

IoT improves automation, remote monitoring, efficiency, real-time data collection, and smart decision-making.
Course FAQ

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