Robotics Manufacturing Operations

What You Will Learn

• 1 Learn the foundational principles of industrial robotics, including robot classifications, mechanical structures, and core motion concepts used across manufacturing environments.
• 2 Understand robot safety standards, risk assessment procedures, and compliant safe-guarding strategies that protect both workers and equipment on the factory floor.
• 3 Apply robot programming fundamentals including teach pendant operation, coordinate systems, motion instructions, and basic program structure for common manufacturing tasks.
• 4 Explore end-of-arm tooling design, selection criteria, and integration techniques for grippers, welding torches, and specialized manufacturing attachments.
• 5 Analyze robot system integration principles, including controller architecture, I/O communication, network connectivity, and interfacing with PLCs and SCADA systems.
• 6 Understand preventive and predictive maintenance strategies for robotic systems, covering mechanical inspection, lubrication schedules, and fault diagnostics.
• 7 Develop skills in quality control and inspection automation, including vision system fundamentals, sensor integration, and defect detection in production lines.
• 8 Implement lean manufacturing principles within robotic cells, including cycle time optimization, throughput analysis, and waste elimination strategies.
• 9 Build knowledge of collaborative robot (cobot) deployment, programming approaches, force-torque sensing, and human-robot workspace sharing protocols.
• 10 Discover advanced robotics operations topics including process data analytics, continuous improvement methodologies, and career development pathways in robotic manufacturing.