Our Core Programs
Tatak Pinoy - MATIX UP Cebu is designed to be a multi-faceted innovation hub that supports material exploration, product development, industry collaboration, and knowledge dissemination. Through its Materials Research and Development, Business Incubation, Physical Materials Library, and Digital Archiving System, the center bridges the gap between research, design, and commercialization, making a meaningful impact on sustainability and material innovation in the Philippines.
Materials Research and Development
For the Academe: Faculty and Students
MATIX UP Cebu serves as a hub for research and development (R&D) in materials science, engineering, and sustainable design. Through interdisciplinary collaboration, faculty members and students engage in exploring new and existing materials, including indigenous, bio-based, recycled, and advanced composites. They conduct experiments to assess the mechanical, thermal and environmental properties of materials, evaluating their viability for various applications. A key focus of their research is sustainability, with an emphasis on evaluating the life-cycle impact of materials and promoting circular economy principles and waste reduction. The center also encourages collaborative research projects by fostering partnerships with other universities, industry leaders, and government agencies to develop cutting-edge materials.
Through these initiatives, MATIX UP Cebu empowers students and faculty to innovate, prototype, and publish research that contributes to the global discourse on materials sustainability and innovation.
Product Development and Business Incubation
Bringing in International Experts and Visiting Professors
Beyond materials research, MATIX UP Cebu plays a pivotal role in bridging innovation and commercialization by providing product development and business incubation services. The center hosts expert-led workshops and training, where international experts, visiting professors, and industry leaders share best practices in product design, materials engineering, and sustainable manufacturing. It also offers prototyping support, assisting startups, designers, and entrepreneurs in developing and testing material-based products using the resources available in the lab.
In addition, MATIX UP Cebu provides business mentorship and incubation, connecting innovators with experienced mentors who guide them in refining product concepts, securing funding, and entering the market. The center also facilitates industry-academia collaboration, fostering partnerships between businesses and the university to drive R&D in new product lines and material applications.
By nurturing material-driven enterprises, MATIX UP Cebu helps transform research and ideas into viable, market-ready products that contribute to both local and global industries.
Materials Library
Swatches and Resources
The Materials Library at MATIX UP Cebu serves as an interactive repository of physical material samples, swatches, and technical data, providing a valuable resource for a wide range of users. Designers, architects, and engineers have hands-on access to a diverse array of materials, offering inspiration and helping with project specifications.
For academics and researchers, the library supports comparative analysis and material selection for research and prototyping. Entrepreneurs and manufacturers can explore innovative and sustainable materials for potential use in commercial products. The library includes bio-based materials, composites, polymers, textiles, recycled materials, and advanced smart materials, all carefully cataloged with their specifications and potential applications.
Digital Archiving and Cataloging System
To enhance accessibility and documentation, MATIX UP Cebu integrates a comprehensive Digital Archiving and Cataloging System. This system includes an online database of materials, providing a user-friendly platform that houses detailed records of all materials in the library, including descriptions, properties, and high-resolution images. It also contains extensive metadata about material sources, applications, case studies, and technical reports, ensuring long-term accessibility. The system's automated tagging and search functions allow for quick retrieval of material information based on categories such as sustainability impact, application area, and technical performance. Additionally, it offers seamless integration with design and research tools, including CAD software and Adobe Creative Suite, to streamline material research.
This digital repository serves as a knowledge hub for students, faculty, industry professionals, and researchers, making material data and insights more accessible and widely disseminated.
