Manuel S. Enverga University Foundation MSEUF, through its General Services Department GSD, partnered with the Institute of Integrated Electrical Engineers of the Philippines IIEE Quezon Chapter to provide specialized technical training on solar photovoltaic PV systems to local electrical engineering professionals and industry practitioners on Dec. 14, 2025.
The University supported the Technical Seminar on the Design and Installation of Solar Photovoltaic (PV) Systems with Actual Demonstration and Assessment, which provided participants with practical learning opportunities in renewable energy technologies and their potential applications in industrial and commercial facilities.
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Providing technical services to support clean energy adoption
The seminar served as a professional development initiative that extended the University's technical expertise to practitioners outside its academic community. Through technical discussions, equipment demonstrations, and assessment activities, the training provided participants with opportunities to strengthen their understanding of solar PV system design, installation requirements, and related technical considerations.
The activity focused on practical applications of solar energy systems, particularly their potential to help facilities integrate renewable electricity generation into their operations.
By addressing technical aspects of solar PV systems, the training supported industry professionals in developing the knowledge needed to evaluate renewable energy options and consider their application in their respective workplaces.
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Demonstrating renewable energy technologies in practice
A key component of the training involved actual demonstrations of solar PV equipment and installation procedures.
Participants observed practical applications of solar energy technologies, including equipment components and considerations involved in system installation. These demonstrations complemented the technical discussions and connected engineering knowledge with applications relevant to professional practice.
The combination of technical instruction and demonstrations provided a practical learning experience for professionals involved in electrical systems, energy-related infrastructure, and other engineering applications.
Through this approach, MSEUF helped strengthen local technical capacity for evaluating and applying renewable energy technologies.
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Extending university expertise to local industry
Engr. Mark Nel Inojosa, MSEUF University Electrical Engineer and Certified Energy Manager, served as the seminar's technical resource person.
Drawing from his professional expertise in electrical engineering and energy management, Inojosa shared technical knowledge on solar PV system design and installation and discussed considerations relevant to the application of renewable energy systems.
His participation demonstrated how the University extended its specialized technical capabilities beyond campus operations to support professional development among industry practitioners.
The partnership with IIEE Quezon Chapter also strengthened collaboration between the University and the local engineering profession, creating an avenue for knowledge-sharing and practical training in clean energy technologies.
Supporting energy efficiency and renewable energy transition
The training contributed to local capacity-building efforts by helping electrical engineering professionals develop knowledge relevant to renewable energy integration and energy-related infrastructure.
As industries and organizations explore opportunities to diversify their energy sources, understanding the design, installation, and technical requirements of solar PV systems can support more informed decisions about clean energy investments.
Through its collaboration with IIEE Quezon Chapter, MSEUF provided an industry-oriented educational service that promoted technical understanding of renewable energy options and their potential application in local facilities.
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The initiative reflected the University's commitment to Service and Excellence by sharing institutional expertise with external professionals and supporting the development of practical competencies relevant to sustainable energy solutions.
Contribution to Sustainable Development Goal 7
The initiative supported SDG 7: Affordable and Clean Energy, particularly Target 7.2, which seeks to increase the share of renewable energy in the global energy mix, and Target 7.a, which promotes cooperation and access to clean energy research and technology.
By providing technical training and demonstrations to industry practitioners, MSEUF contributed to knowledge-sharing and professional capacity development in support of renewable energy adoption.
The activity demonstrated the University's contribution to THE Indicator 7.4.3 — Energy Efficiency Services for Industry through the provision of a technical workshop designed to support clean energy applications among local industry professionals.