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Robotics & Automation Program

Build Robots. Connect Devices. Create Intelligent Systems. Robotics and IoT are not just about connecting sensors or writing code for a microcontroller. Real-world systems combine electronics, programming, sensors, actuators, communication, automation and intelligent decision-making. This course takes a practical, build-first approach to Robotics and Internet of Things. You'll start with the fundamentals of electronic systems and microcontrollers, then progressively learn how sensors collect information, how programs process it, how actuators respond, and how connected devices communicate with the outside world. Instead of learning isolated components, you'll understand how the complete system works. What You'll Build Throughout the course, you'll work with practical Robotics and IoT concepts such as: Sensors → Microcontroller → Logic → Actuator → Communication → Data → Automation You'll learn how to turn this architecture into functioning projects

5.0
(1 Reviews)
1 Modules
InstructorEMBERQUEST
Robotics & Automation Program
1 Lectures
9,9994,999
(incl. 18% GST if applied)
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Program Includes

1 Deep-Dive Lectures

Industry-Standard Projects

Verifiable Certificate of Completion (Issued by EmberQuest, Powered by Skilvi)

Certificate awarded upon completing all course modules.

What you'll learn

Understand the fundamentals of Robotics and Internet of Things
Understand how physical devices, software and connected systems work together
Understand basic electronic concepts required for robotics and IoT projects
Work with microcontrollers and understand their role in embedded systems
Understand digital and analog signals
Interface sensors with a microcontroller
Read and process real-world sensor data
Work with LEDs, buzzers, motors and other actuators
Understand how programs convert sensor input into decisions and actions
Write embedded programs for hardware-based projects
Understand robotics fundamentals including sensing, control and actuation
Control motors and build basic robotic mechanisms
Understand common communication methods used in connected devices
Understand serial communication and device-to-device communication
Understand wireless connectivity concepts used in IoT
Understand the architecture of an IoT system
Connect physical devices to software services
Collect, transmit and monitor device data
Build sensor-based automation systems
Build practical robotics and IoT projects
Debug hardware, software and communication problems systematically
Understand the difference between a hardware problem and a software problem
Design simple end-to-end connected systems
Understand basic reliability and security considerations for IoT devices
Develop engineering problem-solving skills through hands-on projects
Build a portfolio of practical Robotics and IoT projects

Course Content

1 Sections • 1 Lectures

1 more lecture — enroll to unlock

Requirements

  • No previous Robotics or IoT experience is required
  • Basic computer literacy
  • Basic understanding of mathematics and logical reasoning
  • A computer capable of running the required development software
  • Willingness to work with physical hardware and electronic components
  • Willingness to write and test code
  • Basic programming knowledge is helpful but not mandatory
  • Access to the required microcontroller and project components for hands-on practice
  • Internet access for downloading software, libraries and working with connected IoT services
  • Patience to troubleshoot hardware connections and software errors
  • Commitment to completing the practical projects

Who this course is for

  • Beginners who want to enter Robotics and IoT
  • Students who want to learn through hands-on projects
  • School and college students interested in robotics and embedded technology
  • Engineering students who want practical experience beyond academic theory
  • Electronics students who want to strengthen their programming and IoT skills
  • Computer science students who want to understand physical computing
  • Aspiring Robotics Engineers
  • Aspiring IoT Developers
  • Aspiring Embedded Systems Developers
  • Makers and hobbyists who want to build useful connected devices
  • Students preparing projects for exhibitions, hackathons and technical competitions
  • Learners who want to build Robotics and IoT projects for their portfolio
  • Entrepreneurial learners interested in smart-device and automation ideas
  • Anyone who wants to understand how sensors, software, hardware and connectivity combine into real-world systems

Student Feedback

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