Month: July 2025

The Solar Night Light Assembly module teaches the basic knowledge and hands-on skills needed to assemble, test, and troubleshoot a solar-powered night lamp. It is designed to guide learners through the step-by-step process of building a working solar light, making it ideal for beginners and hobbyists interested in renewable energy.

Also read: TESDA 21st Century Skills Online Courses

This self-paced course also helps learners gain a deeper understanding of how solar energy is converted into usable electricity. By exploring the components and working system of solar-powered technology, learners will appreciate the benefits and applications of clean, sustainable energy in everyday life.

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Benefits

Taking the Renewable/Alternative Energy Online Course offered by TESDA offers several benefits:

• Gain knowledge and skills in assembling, testing, and troubleshooting solar night lamps.
• Deepen understanding of the process and system of converting solar energy into consumable energy.
• Equip learners with comprehensive knowledge and skills in renewable and alternative energy sources.
• Prepare individuals for careers in the sustainable energy field.
• Expand understanding of the renewable energy industry.
• Explore various topics such as solar power, wind energy, biomass, hydropower, and geothermal energy.
• Understand the principles and applications of renewable energy sources.
• Learn about the latest technologies and innovations in the field.
• Gain insights into the environmental benefits of renewable energy.
• Contribute to addressing the global energy crisis and combating climate change.

To learn how to enroll in a course in the TESDA Online Program (TOP), click HERE.

Units

This online course comprises a single module, encompassing four units that will equip you with a thorough comprehension of renewable and alternative energy.

Solar Night Light Assembly covers the knowledge and skills for assembling, testing and troubleshooting solar night lamps. It also helps deepen understanding of the process and system that converts solar energy into usable energy through solar-powered generation technology.

Unit 1: Solar Power Generation Technology

Lesson 1: What is Solar Energy?

Lesson 2: Determining Power Consumption Demands

Lesson 3: Sizing the PV modules

Lesson 4: Battery Sizing

Lesson 5: Solar Charge Controller Sizing

Unit 2: Basic Electronics

Lesson 1: Ohm’s Law

Lesson 2: Power Law

Lesson 3: Electronic Components

Lesson 4: Testing Instruments

Lesson 5: Basic Soldering Procedure

Lesson 6: Assembly

Unit 3: Assembly of Solar Lamp

Lesson 1: Printed Circuit Board Preparation

Lesson 2: Soldering Electronic Components

Lesson 3: Wirings

Unit 4: Testing and Troubleshooting

Lesson 1: Testing the Solar Night Light

Lesson 2: Troubleshooting the Solar Night Light

Note: TESDA is enhancing the Training for Work Scholarship Program (TOP) by introducing pre and post-tests. It is mandatory to complete these tests to obtain a Certificate of Completion, which guarantees the program’s excellence.

Also read: TESDA Photovoltaic Systems Courses

How to Obtain an Assessment and Certification

Here is a step-by-step guide on how to obtain an assessment and certification for TESDA.

Step 1: Visit a TESDA Accredited Assessment Center or the TESDA District or Provincial Office nearest to your location and apply for an assessment.

Step 2: Submit the following necessary documents:

• Accomplished Application Form
• Self Assessment Guide, properly filled out and completed, for your chosen qualification
• Three (3) colored passport-sized pictures with a white background, featuring a collar, and with your name printed at the back

Step 3: Pay the Assessment Fee at the Assessment Center Cashier and obtain the Official Receipt and Admission Slip.

Step 4: On the scheduled assessment date and assigned venue indicated on the Admission Slip, make sure to be present. Remember to bring your Admission Slip with you.

Step 5: After the assessment, acquire the Competency Assessment Result Summary (CARS) from the Assessment Center.

Step 6: Assessment passers must apply for certification at the TESDA District/Provincial Office that has jurisdiction over the assessment center/venue.

Step 7: Assessment passers will be able to claim their National Certificate (NC) or Certificate of Competency (COC) seven (7) working days after applying for the issuance of the COC/NC.

Upon completion of this course, qualified individuals have promising career prospects in the field of Renewable/Alternative Energy. They can work as technicians, installers, or even consultants for renewable energy projects.

Summary

The TESDA Solar Night Light Assembly is a free, self-paced online course that equips learners with practical skills and knowledge in assembling, testing, and troubleshooting solar night lamps while deepening their understanding of how solar energy is converted into usable electricity. It includes four key units: solar power generation technology, basic electronics, lamp assembly, and testing/troubleshooting. Learners also explore broader topics in renewable energy such as wind, biomass, hydropower, and geothermal energy. Completion of the course and passing the required assessments lead to a Certificate of Completion and open career opportunities in the growing field of sustainable energy.

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

Mechatronics Servicing is an emerging field that combines mechanical engineering, electronics, computer science and control systems. It is the integration of these different disciplines to design, develop and maintain automated systems used in various industries such as manufacturing, transportation and healthcare.

Also read: TESDA Consumer Electronics Servicing Courses

TESDA offers a comprehensive training program for individuals who wish to pursue a career in mechatronics servicing. This program consists of three levels: NC II, NC III, and NC IV. These levels are designed to equip students with the necessary knowledge, skills and competencies to excel in the field of mechatronics servicing.

Benefits

Here are some of the benefits of taking TESDA Mechatronics Servicing courses:

• Gain in-demand skills: Mechatronics and automation are in high demand, requiring professionals skilled in installing and maintaining these systems.
• Better job opportunities: Completing TESDA Mechatronics Servicing courses (NC II, III, IV) can lead to roles like technicians, maintenance engineers, or automation specialists.
• Hands-on training: Students get practical experience with real equipment to build essential skills.
• Industry-standard certification: Graduates earn a TESDA National Certificate, recognized locally and internationally.
• Career advancement: Higher certifications lead to more advanced and challenging roles in mechatronics.

Mechatronics Servicing NC II

Mechatronics Servicing NC II equips individuals with the skills to install, configure, and test mechatronics and automation systems.

Units of Competency

The units of competency comprising this qualification include the following:

BASIC COMPETENCIES

• Participate in workplace communication
• Work in team environment
• Practice career professionalism
• Practice occupational health and safety procedures

COMMON COMPETENCIES

• Use hand tools
• Perform mensuration and calculation
• Prepare and interpret technical drawing
• Apply quality standards
• Perform computer operations
• Terminate and connect electrical wiring and electronic circuits
• Test electronic components

CORE COMPETENCIES

• Install mechatronics and automation devices
• Configure and test mechatronics and automation system

Career Opportunity

A person who has achieved this qualification is qualified to work as:

• Mechatronics and Automation Technician
• Mechatronics and Automation Installer

Training Duration

• Basic: 18 hours
• Common: 60 hours
• Core: 80 hours

Total: 158 hours

Qualifications

To enroll in the course, trainees must meet the following requirements:

• Completed at least 10 years of basic education or hold an ALS certificate equivalent to Grade 10.
• Able to communicate in both oral and written forms.
• Capable of performing basic math computations.

Note: Additional requirements, such as entrance exams, may be set by the school or training center offering the TVET program.

Mechatronics Servicing NC III

This course covers skills in developing mechatronics circuits, PLC programs, motion control systems, and maintaining PLC-based automation devices.

Units of Competency

The units of competency comprising this qualification include the following:

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

COMMON COMPETENCIES

• Use Hand Tools
• Perform Mensuration and Calculation
• Prepare and Interpret Technical Drawing
• Apply Quality Standards
• Perform Computer Operations
• Terminate and Connect Electrical Wiring and Electronic Circuits
• Test Electronic Components

CORE COMPETENCIES

• Develop Mechatronics and Automation Control Circuits and PLC Application Programs
• Develop Motion Control and System Configuration
• Maintain and Repair PLC-based Mechatronics and Automation System

Career Opportunity

A person who has achieved this qualification is qualified to work as:

• Mechatronics and Automation Programmer-Technician

Training Duration

• 32 hours – Basic Competencies
• 60 hours – Common Competencies
• 104 hours – Core Competencies

Total: 196 hours

Qualifications

To enroll in the course, trainees must meet the following requirements:

• Completed training in Mechatronics Servicing NCII
• Able to communicate in both oral and written forms
• Able to perform basic mathematical computations

Note: Additional requirements, such as entrance exams, may be set by the school or training center offering the TVET program.

Mechatronics Servicing NC IV

This qualification equips individuals to develop advanced PLC and HMI software, and perform commissioning, diagnostics, and troubleshooting on PLC- and HMI-based automation systems.

Units of Competency

The units of competency comprising this qualification include the following:

BASIC COMPETENCIES

• Utilize specialized communication skills
• Develop teams and individuals
• Apply problem-solving techniques in the workplace
• Collect, analyze, and organize information
• Plan and organize work
• Promote environmental protection

COMMON COMPETENCIES

• Use hand tools
• Perform mensuration and calculation
• Prepare and interpret technical drawings
• Apply quality standards
• Perform computer operations
• Terminate and connect electrical wiring and electronic circuits
• Test electronic components

CORE COMPETENCIES

• Develop advanced PLC and HMI application programs
• Commission advanced PLC- and HMI-based mechatronics and automation systems
• Diagnose and troubleshoot advanced PLC- and HMI-based mechatronics and automation systems

Career Opportunities

A person who has achieved this qualification is qualified to work as:

• Mechatronics Technician
• Industrial Automation Technician

Training Duration

• 30 hours – Basic Competencies
• 64 hours – Common Competencies
• 106 hours – Core Competencies

Total: 200 hours

Qualifications

To enroll in the course, trainees must meet the following requirement:

• Holder of Mechatronics Servicing NC III

Note: Additional requirements, such as entrance exams, may be set by the school or training center offering the TVET program.

Sample of Certificate of Completion

Requirements

To enroll in the 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.

Also read: TESDA Automotive Servicing Courses

Summary

Mechatronics is a growing field that combines multiple engineering disciplines to create advanced automation and control systems. To excel in this industry, it is important to develop both common and core competencies, as well as gain hands-on experience through training. With the right qualifications and skills, individuals can pursue career opportunities in various roles such as technicians, programmers, and troubleshooting specialists. If you are interested in the dynamic world of mechatronics and automation, consider enrolling in a TVET program to kickstart your journey towards success. So start exploring your options now and take your first step towards a fulfilling career in mechatronics servicing!