Industrial Robotics

Introduction of Course :
Industrial robotics is the fusion of engineering precision and automation intelligence, reshaping how factories and production lines operate. These robotic systems are designed to perform repetitive, hazardous, or high-precision tasks with unmatched efficiency and consistency, reducing human error and enhancing productivity.From assembling intricate components in electronics to welding frames in automotive plants, industrial robots are crucial to modern manufacturing.
As technology advances, these machines are becoming increasingly adaptable, collaborative, and intelligent—ushering in a new era of smart automation across global industries.
Course Outcomes:
- Understand the fundamentals of industrial robotics, including key components and control systems.
- Analyze and apply robotic kinematics, dynamics, and programming techniques.
- Integrate robotic systems into manufacturing processes with efficiency and precision.
- Evaluate safety protocols and ethical considerations in robotic applications.
- Collaborate on practical projects involving real-world robotics challenges
Course Plan:
S.No. | Topics | Contents |
1 | Introduction | Introduction to Robotics & Industrial Applications by using Lectures, case studies etc. |
2 | Robot Anatomy | Actuators, Sensors, and Controllers with the help of Lab demo, technical quiz. |
3 | Kinematics | Kinematics & Dynamics of Robots with Problem-solving workshop. |
4 | Robot Programming | Hands-on coding sessions for Robot Programming. |
5 | Industrial Automation & Integration | Mini-project based on Industrial Automation & Integration. |
6 | Safety, Standards, and Ethical Concerns | Debate, report writing on Safety, Standards, and Ethical Concerns. |
7 | Capstone Project Development | Team-based project kickoff for Capstone Project Development. |
8 | Final Project Presentation & Evaluation | Final Project Presentation & Evaluation based on practical demo and final presentation. |