Timothy — Automation Engineer

Experience with Siemens PLC programming and commissioning in industrial automation environments. Programming and modification of Siemens PLC applications using TIA Portal. Integration of robots, vision systems, sensors, and peripheral devices into PLC-controlled automation systems. Experience with PROFINET communication between PLCs, robots, and industrial devices. Development and troubleshooting of PLC sequences for automated production processes. Implementation and optimization of machine…

Advanced experience in KUKA robot programming and commissioning. Development and optimization of robot applications using KRL (KUKA Robot Language). Integration of industrial vision systems, including Keyence 2D cameras, with KUKA robot controllers. Implementation of vision-guided robotic processes for part detection, position correction, and automated handling tasks. Experience with fieldbus communication, including PROFINET integration between KUKA robots and PLC systems. Commissioning…

ABB robot programming, commissioning, and production support. Creation and validation of robotic simulations using ABB RobotStudio. Experience with ABB FlexPicker systems for high-speed pick-and-place applications. Programming and commissioning of ABB IRB1200 robot systems. Integration of Cognex vision systems with ABB robots for vision-guided automation..

Developed designs for robot-assisted welding systems, including layout planning and fixture design.

Led end-to-end development of customized automation solutions Designed and validated automation concepts, including simulation and layout planning Delivered system integration, PLC programming, and commissioning (Siemens S7 / TIA Portal); Integrated KUKA robotics and vision systems (SICK, Keyence) into industrial production lines

Designed, programmed, and commissioned automated production systems, including PLCs (Siemens S7 TIA Portal, B&R), industrial robots (ABB, UR, Epson), and vision system integration (Cognex, Wenglor).

Designed and developed robot-assisted workstations, including welding torch mounts, while supporting engineering and planning activities, Part time during studies.

Programmed PLCs and industrial robots, designed tools and adaptors, integrated vision systems, planned workstations, and implemented continuous improvement measures.

Led shift operations and assembled equipment, performing welding and sheet metal fabrication to support production goals.

Executed plant maintenance and repairs, handling metalworking and mechanical equipment to ensure continuous production.

- Overview of standards and guidelines - Product overview and operating principle of Safety Integrated - Project planning for fail-safe modules using STEP 7 Safety - Programming a safety programme - Programming recommendations in accordance with the Safety Programming Guide for SIMATIC S7-1200/1500 - Fail-safe communication (CPU-to-CPU communication using couplers and I-Device) - Diagnostic options (CPU diagnostics, peripheral diagnostics, advanced diagnostic tools)