Certified Robotic System Course
Beginner • 1 months
Overview
The Certified Robotic Systems course offers a comprehensive journey into the world of robotics, equipping you with the skills to design, build, and program advanced robotic systems. Starting with Certified Robotic Engineering principles, the course covers essential topics such as Arduino programming, enabling you to develop and control robotic systems effectively. You’ll gain hands-on experience in interfacing sensors and actuators, crucial for creating responsive and interactive robots. The course also explores wireless technologies, providing knowledge on integrating various communication methods to enhance robotic capabilities. Combining theoretical knowledge with practical skills, this course prepares you to tackle complex robotics projects and advance your career in this dynamic field.
What You’ll Learn
- Introduction
- C
- Embedded C
- Arduino
- Interfacing Sensors
- Interfacing Actuators
- Wireless Technologies
- Project
Chapters
Introduction (C & Embedded C)
This module covers the basics of C, starting with language classification and fundamental C tokens like keywords, identifiers, and operators. You’ll learn about data types, input/output functions, and looping constructs (while, do…while, for). We also cover decision-making (if, if else, switch), arrays, strings, and functions. Additionally, explore pointers, control statements (break, goto, continue), and advanced topics like structures, unions, file handling, and linked lists. Perfect for beginners and those looking to refresh their knowledge!
Arduino
This section covers the essentials of getting started with Arduino Nano hardware, including installation of the Arduino IDE and necessary drivers. Learn to control DC loads with digital write commands, manage LED operations, and use delay functions for precise timing. You’ll also explore how to take inputs with push buttons using digital read, and how to communicate via serial to print messages and read commands. Discover how to monitor digital input statuses and read analog voltages from a potentiometer, displaying data on the serial monitor. Finally, master analog write techniques to create LED fading effects using PWM.
Interfacing Sensors
This section provides hands-on guidance on working with a variety of sensors to enhance your embedded projects. Discover how to interface ultrasonic sensors for precise distance measurement, and harness IR sensors for object detection and proximity sensing. Learn to incorporate gas sensors for detecting environmental gases, fire sensors for safety applications, and light sensors to measure ambient light levels. Additionally, you’ll get to grips with water sensors to monitor liquid levels and detect leaks. This module is designed to help you effectively connect and utilize these sensors, opening up a realm of possibilities for innovative and responsive systems.
Interfacing Actuators
This module guides you through working with a range of actuators, starting with LEDs to add visual indicators to your designs. You’ll then explore how to drive DC motors for movement and automation, and how to precisely control servo motors for applications requiring accurate positioning. Discover the operation of DC water pumps for fluid management, and learn how to implement buzzers for audio signals and alerts. Whether you’re building a robotic system or creating interactive installations, this module provides the knowledge and skills to effectively interface and manage these actuators in your projects.
Wireless Technologies
Unlock the potential of wireless communication with our Wireless Technologies module, designed to equip you with the knowledge to integrate various connectivity solutions into your projects. Explore Bluetooth for short-range, low-power communication, ideal for linking devices like smartphones and sensors. Dive into Zigbee for robust, low-power networking in applications such as home automation. Learn about WiFi for high-speed, long-range connectivity, enabling seamless internet access and data transfer. Understand GSM for mobile network communication, perfect for remote, cellular-based applications, and GPS for precise location tracking and navigation. This module provides a comprehensive overview of these wireless technologies, empowering you to create connected and intelligent systems.
Project
Project Module of our Certified Robotic System Course! This practical component is designed to bring your learning to life by guiding you through the development of a comprehensive robotic project. You’ll apply theoretical knowledge and technical skills to create a functional robotic system.
Perks
100% Placement Assistance
Life Time Access
Certification
Experience Industry Hardwares
Details
70+ Hrs
Study Materials
Doubt Solving Lectures
Become a Certified Professional in Industrial Automation & Embedded System
GET A CERTIFICATE
Upon successful completion of our courses, you’ll receive a certificate from our institute, recognizing your expertise and commitment. This certificate validates your skills and knowledge in the field, enhancing your professional credentials. Showcase your achievement and stand out in your career with this official certification.
Get In Touch & Ready to get started
FREE DEMO LECTURE
Experience a glimpse of our training with a free demo lecture, showcasing our course content and teaching approach. Get a firsthand look at how we equip you with the skills and knowledge for success.
