The Robotics Integration Engineer is responsible for integrating industrial robotic systems with factory control, MES, and IT platforms. This role focuses on real-time coordination between robotic arms, PLC/SCADA systems, and manufacturing applications to enable automated material handling and assembly operations in a production environment.

Key Responsibilities

• Develop and support software interfaces for robotic arms and gantry robots on the production floor
• Integrate robotic systems with MES and factory control systems to trigger and report robot actions in real time
• Enable software-driven robot commands such as pick, place, transfer, and assembly operations
• Interface with PLC/SCADA systems controlling conveyors, shuttles, turntables, and auxiliary equipment
• Implement middleware or IoT gateways to bridge PLC signals with factory IT systems
• Ensure real-time synchronization between robot actions, PLC events, and MES updates
• Troubleshoot and resolve robot, PLC, and integration issues in live production environments
• Collaborate with automation, manufacturing, and IT teams to support system commissioning and operations
• Maintain technical documentation for robot interfaces, integrations, and workflows
• Ensure all integrations comply with safety standards and interlock requirements

Requirements / Qualifications

• Bachelor's Degree in Computer Science, Software Engineering, Electrical Engineering, IT, or related field
• Minimum 3 years of experience integrating industrial robotics or automation systems
• Strong understanding of factory automation and control systems

Must Have Skills

• Experience integrating industrial robotic arms into automated production lines
• Hands-on experience using robot vendor APIs or standards (OPC UA, ROS-I)
• Solid understanding of PLC/SCADA systems and equipment signal integration
• Strong programming skills in C# or Java for middleware and integration logic

Good to Have Skills

• Experience with PLC programming or configuration
• Knowledge of robot motion programming and fault handling
• Understanding of robot safety standards, interlocks, and guard checks