SDM AI Engine Specialist

AI Robotics Engineer

Describe the task, payload, production target, workspace, and safety context. The engineer gathers missing requirements and builds a preliminary robot-cell concept with selection, EOAT, vision, integration, and safety guidance.

Expert-system capabilities

Conversational requirements intake

Robot type and capacity selection

End-effector and sensing concept

Robot-cell architecture and sequence

Vision and integration planning

Safety review and engineering report

Conversational Engineering Intake

Describe the project naturally

Describe the part, process, machine, production problem, or engineering task in Arabic or English. I will extract what you provide and ask only for the missing critical information.

Engineering tools

Integrated robotics-engineering workspace

Robotics project inputs

Application

Payload (kg)Reach (mm)

Target cycle time (s)Workpiece surfaceOperators may enter or approach the cell

Robotics analysis

Robot Selection Engine

Recommended robot class

6-axis articulated robot or cobot

Minimum rated payload: 23 kg

Required reach: at least 1400 mm

Target cycle: 8 s

Verify wrist payload, inertia, mounting, accuracy, IP rating, and duty cycle.

Robotics Knowledge Graph

Connected application, robot, EOAT, vision, safety, and integration knowledge

Applications & robot types

Payload, reach & inertia

EOAT and workpiece behavior

Sensors and machine vision

Motion and simulation

PLC and communications

Safety functions and risks

Commissioning and maintenance

Results are preliminary engineering support. Robot selection, guarding, safety functions, programming, commissioning, and operation require verified vendor data, simulation, formal risk assessment, applicable standards, and qualified engineering approval.