ILIGAN CITY (PIA)--Mindanao State University-Iligan Institute of Technology (MSU-IIT) is making waves in the field of construction with its trailblazing innovations in materials and technology.

Positioned as a center of excellence in science and engineering, MSU-IIT is at the forefront of transforming the industry and inspiring a new generation of inventors and visionaries. At the heart of this progress is the Research Institute for Engineering and Innovative Technology (RIEIT) Center, which was established through the Niche Centers in the Regions for Research and Development program of the Department of Science and Technology (DOST).

"We would like to showcase the relevance of science and technology in nation-building, how important it is in addressing our pressing concerns, and how we see the future," said MSU-IIT Chancellor Alizidney Ditucalan.

Meanwhile, DOST Sec. Renato Solidum Jr. emphasized that science and technology innovation is crucial for achieving transformative change.

"We want to use science and technology innovation for transformative change. To do that, we need human resources, we need research laboratories, and most importantly, we need people to be able to translate the research and development results into something that can be used within the community, nationally, and globally by making sure that it is adopted or commercialized," he said.

Pioneering Sustainable Solutions

With support from DOST, the centers under the RIEIT have produced remarkable inventions that will drive innovation in various fields.

The Center for Sustainable Polymers (CSP) developed the eco-friendly polyurethane foam known as "cocoflexsorb," which is a notable advancement. This cutting-edge material addresses the critical issue of oil spills, offering a highly effective method of absorption. It can effectively absorb various types of oil and can be reused up to 30 times, presenting a game-changing solution for environmental sustainability.

Dr. Roberto Malaluan, the industry coordinator of CSP, emphasized the development of a polyurethane foam made from coconut oil and its potential use in the maritime industry for building lightweight, strong, and fuel-efficient ships. They have partnered with Ajis Marine Builders, based in Opol, Misamis Oriental, and have successfully tested their foam.

"Next na activity namin together is gagawa kami ng boat using that material that we developed. So watch out for it. Maybe this year maglaunching po tayo na yung ship na ngayon is made from coconut oil, which we will call Coco Boat," he said.

(Our next activity together is to build a boat using the material that we developed. So watch out for it. Maybe this year we will launch a ship that is now made from coconut oil, which we will call the Coco Boat)

Furthermore, Malaluan also shared their exploration of sustainable ways of utilizing fish processing waste. He said the scales of tilapia and milkfish are excellent sources of collagen, which is known for its anti-aging properties. Moreover, the team is dedicated to converting biopolymer waste or discarded materials made from renewable resources such as plant-based materials or agricultural waste into high-value products.

Fueling sustainability, innovation

The Center for Energy Research and Technology (CERT) is another driving force behind MSU-IIT's innovation. Their hydrothermal carbonization technology revolutionizes waste management by converting biomass and municipal solid waste into hydrochar.

This hydrochar can then be pelletized and used as fuel for power plants, providing a renewable energy source while minimizing waste and environmental impact.

With the potential to benefit local communities and micro, small, and medium enterprises by creating opportunities for raw material sourcing and local fabrication of reactors, this innovation holds great promise for a greener and more sustainable future.

The Microelectronics Research Lab is also making strides with its groundbreaking creations. The IITUC8K1612 chip, the first-ever system-on-chip integrated circuit, is a testament to the ingenuity of the researchers.

With 8 kilobytes of memory and a low-voltage supply, this chip has diverse applications, including building monitoring systems. The lab aims to deploy these chips in hard-to-reach areas, enabling autonomous data monitoring, including potential use in monitoring volcanic eruptions.

Moreover, the Control and Robotics Laboratory is pushing the boundaries of automation and remote sensing. Their research projects, such as the shelled unmanned aerial vehicle, ground robot, serpent robot, and water sampling device, have far-reaching implications for infrastructure inspection and disaster management. These cutting-edge technologies will navigate challenges, mitigate risks, and safeguard lives and infrastructure.

Championing scientific advancement

CSP’s Head Dr. Arnold Lubguban, had a promising career in the United States of America. However, his heart pulled him back to his roots in the Philippines through the Balik Scientist Program, and he saw the need for scientific advancement in his country.

"I encourage them to make an impact sa scientific community at tsaka sa industry sa lahat mga kababayan natin na Pilipino dahil ang siyensya po ay talagang nakakapagpabago ng estado ng buhay ng mga Pilipino," he said.

(I encourage them to make an impact in the scientific community and also in the industry on all our fellow Filipinos because science can really change the state of their lives)

Lubguban stands as a beacon of hope for scientific advancement and Filipino ingenuity. His dedication to his homeland and unwavering commitment to pushing the boundaries of scientific research serve as an inspiration to all aspiring scientists and researchers in the Philippines. (LELA/PIA-10/Lanao del Norte)