Description
What You’ll Master:
Applied Tier (Intermediate):
• Robotic Systems: Sensor integration, actuator control, and feedback loops
• Programming Frameworks: ROS basics, motion planning, and behavior programming
• Automation Design: Workflow analysis, system integration, and safety protocols
• Prototyping & Testing: Simulation environments and hardware testing methodologies
• Tools: ROS, Gazebo/PyBullet, Arduino/Raspberry Pi, basic CAD for robotics
Expert Tier (Advanced):
• Advanced Control Systems: PID tuning, state estimation, and advanced motion planning
• AI Integration: Machine learning for perception and decision-making in robots
• System Architecture: Multi-robot coordination and enterprise automation solutions
• Industry Applications: Manufacturing, logistics, healthcare, and service robotics
• Tools: Advanced ROS packages, industrial controllers, computer vision libraries, cloud robotics platforms
Prerequisite Path: Students should schedule and pass an assessment, or provide certifications, to ensure readiness regarding foundational programming and mathematical concepts.
Note: Course content is customized based on your selected duration and focus areas. We prioritize your specific learning goals while maintaining comprehensive skill development.
