Mechatronics Servicing NC II: TESDA Course Guide
What is Mechatronics Servicing NC II?
Mechatronics Servicing NC II trains individuals in maintaining and servicing automated industrial systems that combine mechanical, electrical, and computer components. This is one of TESDA's more advanced technical programs, preparing graduates for the growing automation sector.
Who Should Take This Course?
This program suits technically-minded individuals interested in robotics, automation, and industrial technology. Prior electronics or mechanical knowledge is helpful.
What You'll Learn
Training covers pneumatic system maintenance, hydraulic system servicing, PLC (Programmable Logic Controller) basics, sensor and actuator systems, motor control, preventive maintenance, and automated system troubleshooting.
Duration and Schedule
The 364-hour program takes 3-4 months with practice on industrial training equipment.
Assessment and Certification
Assessment involves diagnosing and repairing automated system faults. The NC II is valued by manufacturing companies with automated production lines.
Career Opportunities and Salary
Mechatronics technicians earn PHP 15,000 to PHP 25,000 monthly at entry level, with experienced technicians earning PHP 25,000 to PHP 45,000. This is among the higher-paying TESDA qualification pathways.
Salary ranges are approximate and vary by location and experience.
Training Centers
Visit tesda.gov.ph for accredited Mechatronics programs. These are typically available in industrial areas.
Cost and Financial Aid
Training costs PHP 10,000 to PHP 25,000 due to specialized equipment. TESDA scholarships and manufacturer-sponsored training may be available.
Core Competencies
- Service mechatronics equipment
- Maintain pneumatic systems
- Maintain hydraulic systems
- Service PLC-based control systems
- Perform preventive maintenance on automated systems
Assessment Requirements
Assessment covers practical demonstrations on pneumatic, hydraulic, and PLC systems including fault diagnosis and repair. Written test on automation theory and safety.