Robotics/IoT Engineering focuses on building smart, automated systems that connect the physical world with intelligent digital technology. Learners work with sensors, microcontrollers, and cloud platforms to create real-time robotic and IoT solutions. This field prepares you for cutting-edge roles in automation, smart devices, and Industry 4.0.
What you'll learn
- Learn how robotic and IoT systems work and how they interact with the real world.
- Build smart devices using microcontrollers such as Arduino, Raspberry Pi, and ESP32.
- Connect sensors and actuators to create automated, responsive systems.
- Develop IoT applications that communicate through Wi-Fi, Bluetooth, and MQTT protocols.
- Program robots for movement, control, and task execution using embedded coding.
- Create IoT dashboards to visualize real-time data from connected devices.
- Apply Python/C/C++ to control hardware components and automate processes.
- Work on hands-on projects that simulate real industrial and smart-home applications.
This course provides a practical and beginner-friendly introduction to Robotics and IoT Engineering. You will learn how to build smart devices, work with sensors and microcontrollers, and create automated systems step by step. The training covers hands-on robotics projects, IoT communication, cloud connectivity, and embedded programming. By the end of the course, you’ll be able to design and develop real-world robotic and IoT applications used in industries, smart homes, and automation systems.
awneesh007@gmail.com
- Hands-on Robotics Projects
- Smart Device & IoT Development
- Practical Embedded Programming
- Cloud Monitoring & Automation
- Industry-Relevant Tools
- Engineering Students
- Professionals Seeking Career Growth
- Tech Enthusiasts & Innovators
- Educational Institutions
- No prior experience is required — the course starts from basics.
- A computer or laptop with internet access.
- Interest in robotics, programming, or hardware development.
- Optional: Basic knowledge of electronics or coding (helpful but not mandatory).
Piping Design Engineering
Robotics/IoT Engineering focuses on building smart, automated systems that connect the physical world with intelligent digital technology. Learners work with sensors, microcontrollers, and cloud platforms to create real-time robotic and IoT solutions. This field prepares you for cutting-edge roles in automation, smart devices, and Industry 4.0.
What you'll learn
- Learn how robotic and IoT systems work and how they interact with the real world.
- Build smart devices using microcontrollers such as Arduino, Raspberry Pi, and ESP32.
- Connect sensors and actuators to create automated, responsive systems.
- Develop IoT applications that communicate through Wi-Fi, Bluetooth, and MQTT protocols.
- Program robots for movement, control, and task execution using embedded coding.
- Create IoT dashboards to visualize real-time data from connected devices.
- Apply Python/C/C++ to control hardware components and automate processes.
- Work on hands-on projects that simulate real industrial and smart-home applications.
This course provides a practical and beginner-friendly introduction to Robotics and IoT Engineering. You will learn how to build smart devices, work with sensors and microcontrollers, and create automated systems step by step. The training covers hands-on robotics projects, IoT communication, cloud connectivity, and embedded programming. By the end of the course, you’ll be able to design and develop real-world robotic and IoT applications used in industries, smart homes, and automation systems.
- Hands-on Robotics Projects
- Smart Device & IoT Development
- Practical Embedded Programming
- Cloud Monitoring & Automation
- Industry-Relevant Tools
- Engineering Students
- Professionals Seeking Career Growth
- Tech Enthusiasts & Innovators
- Educational Institutions
- No prior experience is required — the course starts from basics.
- A computer or laptop with internet access.
- Interest in robotics, programming, or hardware development.
- Optional: Basic knowledge of electronics or coding (helpful but not mandatory).
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