The PV System Design NC III is a comprehensive training program offered by TESDA that equips individuals with the necessary skills and knowledge to develop solar home systems. The competencies covered in this program enable the participants to determine the exact solar-energized load requirements of customers and calculate the necessary system components. It also guides the participants on how to properly prepare and specify the components in the Bill of Materials and create installation drawings.
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By completing this course, individuals will have the necessary expertise to create small solar home systems up to 1kWp. With the increasing demand for sustainable and renewable energy, this training program offers great opportunities for career growth and contribution to making the world a better and more sustainable place.
What is PV System Design NC III?
The course enhances the skills of a PV System Design Technician, covering customer requirements, system calculations for small solar homes, and preparing installation materials. It also includes communication, leadership, negotiation, problem-solving, and practical tool maintenance.
Benefits
Taking the PV System Design NC III Qualification course offers several benefits:
- Enhanced Knowledge: Gain a comprehensive understanding of solar energy systems and their components, ensuring you are well-prepared for the industry.
- Skill Development: Acquire practical skills in system sizing, installation drawing preparation, and Bill of Materials specification, making you a valuable asset to employers.
- Industry Standards: Learn to design and implement solar solutions that meet current industry standards, increasing your employability in a growing field.
- Problem-Solving Abilities: Develop strong problem-solving skills related to technical activities, enabling you to tackle challenges efficiently in real-world scenarios.
- Team Leadership: Build competencies in leading teams and effective communication, which are essential for collaboration in project settings.
- Mathematical Proficiency: Improve your mathematical skills and techniques necessary for accurate calculations in system design.
- Technical Interpretation: Gain the ability to interpret technical drawings and plans, which is crucial for successful project execution.
- Maintenance Skills: Learn how to maintain tools and equipment, ensuring operational efficiency and safety in the workplace.
Overall, this course prepares you for a rewarding career in the renewable energy sector, equipping you with the tools needed for success.
Units of Competency
This qualification consists of various units of competency, which are as follows:
a. BASIC COMPETENCIES
- Lead workplace communication
- Lead small teams
- Develop and practice negotiation skills
- Solve problems related to work activities
- Use mathematical concepts and techniques
- Use relevant technologies
b. COMMON COMPETENCIES
- Prepare construction materials and tools
- Observe procedures, specifications and manuals of instruction
- Interpret technical drawings and plans
- Perform mensuration and calculations
- Maintain tools and equipment
c. CORE COMPETENCIES
- Determine Customer Requirements
- Calculate System Components Requirements (System Sizing)
- Specify Components in Bill of Materials
- Prepare Installation Drawing
Sample of Certificate of Completion
Careers Opportunities
A person who has attained this Qualification possesses the necessary competence to:
- PV System Designer
- PV System Design Technician
Training Duration
- Basic: 20 hours
- Common: 72 hours
- Core: 56 hours
Total: 148 hours
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Qualifications
Applicants aspiring to join the course must meet the following qualifications:
- Completed training in PV Systems Installation at the National Certificate Level II.
- Proficient in both oral and written communication.
- Must possess physical and mental fitness to undergo training.
- Minimum age requirement of 18 years.
Requirements
To enroll in this course, you will need the following documents:
- PSA Birth Certificate
- High School or College Diploma
- Certified True Copy of Official Transcript of Records or Form 137
- Certificate of Good Moral Character or GMRC
- 1 x 1 and/or 2 x 2 pictures
To obtain further details, please reach out to the enrollment site that aligns with your requirements. Kindly note that the criteria may vary.
Instructor Credentials
The trainer qualifications for this PV System Design NC III require the following:
- Must hold a PV System Design NC III certification
- Should have completed Training Methodology (TM II)
- For government positions, must either be a civil-service eligible or hold an appropriate professional license issued by the Professional Regulatory Commission
- Proficient in computer skills
- Physically and mentally fit
- Minimum of 2 years of job/industry experience
This requirement will be updated to “Must hold a Trainer Qualification Level II (TQII) or equivalent” as per the TESDA Board’s promulgation of the TQ/AQ training regulations.
Summary
PV System Design NC III course equips individuals with the necessary skills and knowledge to design small solar home systems. This qualification offers various benefits, including enhanced knowledge, industry-standard compliance, leadership abilities, and technical proficiency. The training duration is 148 hours and requires applicants to meet specific qualifications. Upon completion of the program, graduates can pursue careers as PV system designers or technicians in the renewable energy sector.
Contact Information
Technical Education and Skills Development Authority (TESDA)
Office Address: BLDG 8, TESDA Gate 2, TESDA Complex, East Service Rd., South Superhighway, Taguig, Metro Manila.
Email Address: contactcenter@tesda.gov.ph
Telephone Number: 8887-7777
SMS Hotline: 0917-479-4370 (text only)
Website: https://www.tesda.gov.ph/
Facebook Page: https://www.facebook.com/TESDAOfficial