Wrote the course page

Author: Capynetics

docs/Robotic_Manipulator_Course.md

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-# Robotic Manipulator Course
+# Robotic Manipulator Course
+
+Welcome to the UAIbot's **Robotic Manipulator Course**, an extensive resource designed for professors, researchers, and self-paced learners interested in robotics. This course offers a complete suite of presentations, exercises, answers, and practical code examples, all aimed at deepening your understanding of robotic manipulators.
+
+---
+
+## Why This Course?
+
+- **Comprehensive Content:**  
+  Covering topics from direct (forward) kinematics to differential kinematics, spatial representation, and kinematic control, this course offers a step-by-step learning experience. It guides you through theoretical foundations and practical implementations.
+
+- **Expertly Crafted Presentations:**  
+  The course includes detailed lecture slides that clearly explain complex concepts, making it easier to teach or learn at your own pace.
+
+- **Hands-On Exercises:**  
+  Practice with a wide range of exercises designed to test and reinforce your understanding. Each exercise comes with complete answers to help you verify your solutions and grasp the underlying principles.
+
+- **Practical Code Examples:**  
+  Learn how to apply theory using UAIBot and other robotics simulation tools. The provided code snippets and simulations offer a practical perspective, bridging the gap between theory and real-world application.
+
+---
+
+## Who Is This Course For?
+
+- **Professors and Instructors:**  
+  Enhance your lectures with ready-made presentations, exercises, and answer keys. This course serves as a valuable teaching aid, saving time while delivering high-quality educational content.
+
+- **Self-Paced Learners:**  
+  Whether you are new to robotics or looking to deepen your expertise, the course material is structured to accommodate self-study. Learn at your own pace with guided lessons and interactive exercises.
+
+---
+
+## Course Features
+
+- **In-Depth Lectures:**  
+  Dive into topics such as forward and inverse kinematics, differential kinematics, robotic control, and spatial representation.
+
+- **Interactive Exercises:**  
+  Engage with challenging problems that encourage critical thinking and problem-solving skills in robotics.
+
+- **Detailed Answers and Explanations:**  
+  Each exercise is accompanied by clear, step-by-step answers, providing insight and reinforcing learning.
+
+- **Simulation and Coding Guidance:**  
+  Practical instructions and code examples using UAIBot to simulate robot behavior and solve kinematics problems.
+
+---
+
+## Access the Course
+
+Ready to explore the world of robotic manipulators? Click the link below to access the full course materials:
+
+👉 [Access the Robotic Manipulator Course](https://uaibot.github.io/class_presentations/)
+
+---
+
+Unlock the full potential of robotic kinematics and control with this rich, organized collection of resources perfect for educators and independent learners alike.