(1) Vendor needs to provide industrial robotic welding cell system.– The solution must also provide offline programming software with multi–user licensing, training credits for operator and programmer education, and all necessary documentation.– Robotic welding cell system designed for industrial and educational use, capable of handling a variety of welding tasks with high precision and flexibility.– The system should include a multi–axis industrial robot with a minimum six kg payload and advanced controller, a servo–driven workpiece positioner with at least 250kg load capacity, safety fencing with interlocks, and a welding package supporting advanced welding processes with pulse and capabilities.– The robotic welding system must include an automated torch calibration device capable of accurately defining and maintaining the Tool Center Point (TCP) and torch angle.– The robotic welding system must include a comprehensive software package designed for educational and institutional use.– The software must provide a minimum of 50 user licenses to support multi–user access and collaboration for training & learning.– Users to create, visualize, and test robotic welding programs in a virtual environment before deployment.  Advanced features such as path optimization must be included to ensure efficient and accurate robot motion planning. A software with large users and online community will be preferred.(2) All the questions must be submitted no later than January 26, 2026.