Course Overview

Launch your career as a Junior Robotic Engineer with this hands-on program designed to equip you with the skills to design, program, and deploy AI-powered robotic systems. Developed by leading robotics engineers, AI specialists, and instructional designers, this course blends theory with practical projects, preparing you for roles in industries like automation, manufacturing, and autonomous systems. Learn to build intelligent robots using cutting-edge tools and techniques in a beginner-to-intermediate curriculum crafted with industry insights.

What You’ll Learn

• Robotics Fundamentals: Understand robot kinematics, dynamics, and control systems to design functional robotic systems.
• AI Integration: Apply machine learning and computer vision for autonomous robot navigation and decision-making.
• Programming Robots: Code robotic applications using Python, C++, and Robot Operating System (ROS).
• Sensor & Actuator Use: Implement sensors (e.g., LIDAR, cameras) and actuators for real-world robotic tasks.
• Project Development: Build and program a simple robot to perform tasks like obstacle avoidance or object detection.
• Industry Applications: Explore robotics use cases in healthcare, manufacturing, and autonomous vehicles.

Requirements

• Educational Background: High school diploma or equivalent with a foundation in math (algebra, trigonometry) and physics.
• Programming Skills: Basic knowledge of Python or C++ (prior coding experience is a plus but not mandatory).
• Technical Setup: Access to a computer with internet, capable of running simulation tools like Gazebo or ROS.
• Commitment: Enthusiasm to learn through hands-on labs and a capstone robotics project.