ELINAUT

E L I N A U T

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Vennala puthiya Road Thykauv jun, opp. Clearway Appt, Arakkakadavu, Kakkanad, Kerala 682028
Email
mail@elinaut.com
Contact
+91 9567863498

Select Curriculum:

Introduction to Robotics - 1-month Intermediate Robotics - 3 Month Advanced Robotics - 6 month

Target Audience

Beginners with basic knowledge of programming or electronics.

Objective

Understand the fundamentals of robotics, basic components, and introductory programming for robotic systems.

What You'll Learn

80 hours of comprehensive training

20 hours per week

Hands-on practical experience

Industry-relevant curriculum

Expert instructors

Week 1: Fundamentals of Robotics

Introduction to Robotics (4 hours)
- Definition, history, and applications (manufacturing, healthcare, agriculture, etc.).
- Types of robots: industrial, service, mobile, and humanoid.
Basic Electronics for Robotics (6 hours)
- Voltage, current, and circuits.
- Introduction to microcontrollers (e.g., Arduino, Raspberry Pi).
Robotic Components (6 hours)
- Sensors (ultrasonic, infrared, touch) and actuators (motors, servos).
- Overview of robot controllers and power systems.
Lab: Basic circuit building and sensor interfacing with Arduino (4 hours).

Week 2: Robot Programming Basics

Introduction to Robot Programming (6 hours)
- Programming environments: Arduino IDE, Python for Raspberry Pi.
- Basic programming concepts (variables, loops, conditionals).
Controlling Motors and Sensors (8 hours)
- Writing programs to control DC motors and servos.
- Reading sensor data (e.g., distance, light intensity).
Lab: Programming a simple robot to follow a line or avoid obstacles (6 hours).

Week 3: Robot Kinematics and Control

Basic Robot Kinematics (6 hours)
- Forward and inverse kinematics for simple robots.
- Degrees of freedom and basic motion planning.
Control Systems Basics (6 hours)
- Open-loop vs. closed-loop control.
- Introduction to PID control for motor speed.
Lab: Programming a robot arm for basic pick-and-place tasks (8 hours).

Week 4: Building a Simple Robot

Robot Design and Assembly (6 hours)
- Basics of robot mechanical design (chassis, wheels, arms).
- Tools and materials for robot building.
Introduction to Simulation Tools (6 hours)
- Using simulation software (e.g., TinkerCAD, Gazebo) for robot design.
- Testing robot behavior in virtual environments.
Lab: Assemble and program a mobile robot (e.g., obstacle-avoiding bot) (6 hours).
Capstone Project: Design and demonstrate a simple autonomous robot (2 hours).

Prerequisites

Basic programming or electronics knowledge for the 1-month course; completion of prior modules or equivalent for 3-month and 6-month courses.

Tools & Software

Arduino IDE

Python

ROS/ROS2

Gazebo

OpenCV

RobotStudio

MATLAB/Simulink.

Delivery Mode

Combination of lectures, hands-on labs, and project work.

Assessment

Weekly quizzes, lab assignments, and capstone projects.

Certification

Certificate of completion for each module; preparation for industry-recognized certifications in the 6-month course.

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Duration 80 hours
Weekly 20 hours
Level All Levels

Available Curricula

Introduction to Robotics - 1-month

Duration: 1-month

Selected

Intermediate Robotics - 3 Month

Duration: 3-month

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Advanced Robotics - 6 month

Duration: 6-month

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Course Highlights

Expert instructors with industry experience
Hands-on projects and real-world applications
Flexible learning schedule
Placement assistance

Diploma in Robotics

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