- Design and Develop Electrical Automation Systems:
Design and implement electrical control systems for industrial automation
Develop and test automation systems that optimize productivity, quality,
applications, including the use of PLCs, Arduino, and HMI systems.
and safety in manufacturing or production processes.
- PLC and HMI Programming:
automation hardware and software components.
processing, and other industrial environments.
Program PLCs and HMIs for automation control in manufacturing,
Troubleshoot and debug issues related to PLCs, HMIs, and other
- Integration and Commissioning of Automation Systems:
Integrate electrical automation systems with existing plant equipment,
ensuring smooth communication between PLCs, robots, motors, drives,
according to system specifications.
and other machinery.
Commission and start- up automation systems, ensuring proper operation
- Circuit Design and Control Panel Design:
Design and develop electrical circuits, including power distribution
circuits, motor control circuits, and sensor integration for automation
systems.
ensuring compliance with safety regulations and industry standards.
Design control panels and wiring layouts for automation equipment,
- Maintenance and Optimization of Automation Systems:
automation systems.
Perform regular maintenance, upgrades, and optimizations on existing
electrical automation systems to enhance performance, reduce energy
Provide recommendations for improvements or cost- saving measures in
consumption, and ensure long- term reliability.
- Project Management and Documentation:
diagrams, wiring diagrams, schematics, and user manuals.
Prepare and maintain detailed project documentation, including circuit
Manage automation projects from design through to completion, ensuring
timelines, budgets, and technical specifications are met.
- Team Leadership:
Utilize Agile methodologies (e.g., Taiga) for project management.
Lead and mentor a team of system engineers.
Foster a collaborative and innovative team culture.
