Omar — Controls Engineer

PLC Programming & Controls Siemens PLC – TIA Portal V15.1 / V19 Project development under standard Network creation and device configuration PLC hardware setup and I/O integration Partial development of process sequences and control logic

PLC Programming & Control Systems Schneider Electric PLC / Basic to Intermediate programming

AutoCAD: Basic–Intermediate (practical / field experience) AutoCAD: Intermediate – application-oriented AutoCAD (2D drafting – practical use)

Machine Vision Systems Cognex In-Sight Camera setup and basic vision job configuration Pattern recognition and inspection tools (basic)

Controller: IRC5 Software: RobotWare 5 | RobotWare 6 Level: Junior (Programmer)

Vision recognition Speech recognition

On-site technical support during installation, commissioning and production activities. Communication with customer personnel using English (B2) in technical environments. Support focused on troubleshooting, system validation and production continuity. Ability to follow instructions, clarify technical issues and escalate when required.

Support in industrial automation design, including control concepts and basic CAD documentation. Creation and modification of simple AutoCAD drawings and safety placards for manufacturing environments. Export of SolidWorks 3D models to DWG for documentation and integration with AutoCAD.

Application of industrial automation engineering principles in automotive manufacturing environments. Integration of PLCs, robots, vision systems and electrical components to support production processes.

On-site installation support, system bring-up and commissioning of automated equipment. Debugging of PLC, robot and field devices during startup and production ramp-up.

Hands-on experience supporting automotive manufacturing lines during installation, launch and production. Understanding of production flow, cycle time, safety requirements and OEM standards.

Development of PLC projects using Siemens TIA Portal V15.1 & V19 under standards. Network creation, device configuration, I/O integration and partial development of process sequences. Basic to intermediate programming support using Schneider Modicon (Unity Pro).

Troubleshooting of automation issues involving PLCs, robots and electrical components. Root-cause analysis and practical solutions to minimize downtime in production environments

Implementation of control logic to manage automated manufacturing processes. Support of sequence logic, interlocks and process validation during commissioning and production.

Programming, commissioning and production support for industrial robots (ABB). Robot integration with PLCs, safety systems and peripheral equipment in body shop and powertrain applications.

Commissioning of robotic cells including process validation, and SOP

PLC-focused HMIs for cell status, alarms, manual recovery, and production monitoring with company standards

Integration of industrial robots with tooling, conveyors, vision systems, and safety devices within automated cells with PLC siemens/Schneider.

Implementation of robotic process checks, weld verification logic, and fault-proofing to ensure consistent quality.

Advanced troubleshooting of robot programs, motion faults, process errors, and communication issues to minimize production downtime.