OBERON GLOBAL SOLUTIONS PVT LTD

SYLLABUS - ROBOTICS TRAINING

1. Introduction to Robotics:

• Overview of robotics and its applications.

• Historical development and key milestones in robotics.

• Introduction to basic concepts, terminology, and classifications in robotics.

2. Mechanical Engineering for Robotics:

• Study of materials and mechanics relevant to robot design.

• Kinematics and dynamics of robotic systems.

• Mechanical components and systems used in robotics.

3. Electronics and Electrical Engineering:

• Basic electronics and circuits.

• Sensors and actuators used in robotics.

• Power systems and electrical components.

4. Programming for Robotics:

• Introduction to programming languages commonly used in robotics (e.g., Python, C++).

• Control algorithms and software development for robots.

5. Robotics Software Tools:

• Hands-on experience with popular robotics simulation tools.

• Programming and simulation of robot motion and behavior.

6. Computer Vision and Image Processing:

• Understanding computer vision principles for robots.

• Image processing techniques for object recognition and tracking.

7. Artificial Intelligence in Robotics:

• Integration of AI techniques in robotics.

• Machine learning for robotic applications.

8. Robotics Hardware Design:

• Design and fabrication of robot components.

• 3D modeling and prototyping.

9. Robotics Project:

• A significant portion of the course may be dedicated to a practical project where students apply their knowledge to design, build, and program a robot.

10. Ethical and Social Implications:

• Discussions on ethical considerations in robotics.

• Exploration of the societal impact of robotics and automation.

11. Industry Integration:

• Guest lectures or industry visits to expose students to real-world applications and challenges in the field.

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