Join practical hands-on automation training designed for students, technicians, engineers, and industry professionals.
Move from a blank circuit diagram to a physically fabricated, wired, and tested automation control cabinet panel. This course encompasses structural enclosure assessment, component sizing, layout generation, and dynamic trunking pathways.
Move from a blank circuit diagram to a physically fabricated, wired, and tested automation control cabinet panel. This course encompasses structural enclosure assessment, component sizing, layout generation, and dynamic trunking pathways.
This comprehensive training program covers all aspects of Control Panel Design & Fabrication, from foundational concepts to advanced practical applications. Students will gain hands-on experience through lab exercises, real-world case studies, and project-based learning.
Practical Industrial Electrical Systems trainer for Control Panel Design & Fabrication.
Engr. Wilson Ighawo trains students in practical industrial automation, PLC systems, motor control, electrical installation, and hands-on troubleshooting.
Specialties: PLC Programming, SCADA, Motor Control, Electrical Installation, Industrial Troubleshooting
Experience: 5+ years of practical industry training and field exposure.
The training approach focuses on building confidence with real industrial systems, from wiring and setup to testing, troubleshooting, and commissioning.
This instructor currently handles 13 courses on Pintech Academy and has trained 470+ students across related programs.
No reviews yet. Be the first to review this course.
Create an account to access all our courses
Physical on-site practical training
Bring your team for physical, hands-on Industrial Electrical Systems training using real industrial scenarios.
Request Team Training
Stay in the know on new free e-book
© Pintech Automation Academy | All Rights Reserved.
Updated2026
Move from a blank circuit diagram to a physically fabricated, wired, and tested automation control cabinet panel. This course encompasses structural enclosure assessment, component sizing, layout generation, and dynamic trunking pathways.
