MSU-IIT Research and Innovation Expo 2024

Harmony of Discovery: Unveiling Nature’s Wonders through CMGPI, CBSC, and CNPDD Collaboration

Center for Microbial Genomics and Proteomics Innovation

Center for Biodiversity Studies and Conservation

Center for Natural Products and Drug Discovery

Step into a realm of collaborative exploration as the Center for Microbial Genomics and Proteomics Innovation (CMGPI), Center for Biodiversity Studies and Conservation (CBSC), and Center for Natural Products and Drug Discovery (CNPDD) converge to showcase the epitome of interdisciplinary synergy. Clustered together, our united mission unfolds across diverse research landscapes. CMGPI contributes insights from microbial genomics, CBSC adds the richness of biodiversity studies, while CNPDD spearheads the discovery of drug leads from nature. Witness our collective journey from sample acquisition to drug lead development, embodying the essence of our shared goal: Harnessing nature's treasures for innovative scientific health breakthroughs.

PRISM-CMGPI (Center for Microbial Genomics and Proteomics Innovation)-Montage 2024.mp4

Center for Microbial Genomics and Proteomics Innovation

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Center for Biodiversity Studies and Conservation

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Center for Natural Products and Drug Discovery

Exploring Complexity in Mathematics, Statistics, Biology, and Physics

Center for Computational Analytics and Modeling

Complex Systems Research Center

Center for Mathematical and Theoretical Physical Sciences

The group seeks to understand the emergent properties, nonlinear dynamics, and intricate patterns arising from the interactions of numerous elements in various systems. From studying the complex structures and processes within biological systems, such as protein folding, gene regulation, and neural networks, using mathematical and statistical frameworks to model and analyze their behavior to comprehending the complex interactions between radiation and matter, elucidating the mechanisms of radiation-induced damage, and developing strategies for radiation therapy and radiation protection. Complexity is examined in the context of diagnostic imaging techniques, treatment, planning algorithms, and the optimization of therapeutic interventions, where mathematical models and statistical methods are applied to enhance precision and efficacy while minimizing risks. Overall, exploring complexity in these disciplines involves a multidisciplinary approach that integrates mathematical, statistical, and physical principles to unravel the intricacies of natural phenomena and advance scientific understanding for practical applications in healthcare and beyond.

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Center for Computational Analytics and Modeling

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Complex Systems Research Center

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Center for Mathematical and Theoretical Physical Sciences

Exploring the World of Functional Materials

Center for Nanoscience Research

Research Center for Energy Efficient Materials

The Center for Nanoscience Research (CNR) and Research Center for Energy Efficient Materials (RCEEM) integrates research works in the advanced materials synthesis, characterization, and predictive modeling at the nanoscale for the research, development, and innovation of functional nanomaterials and energy-efficient materials for sustainable energy generation.

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Center for Sustainable Polymers

The Center for Sustainable Polymers, part of DOST’s NICER program at MSU-IIT, drives multi-disciplinary research and training. Focused on bio-based polymer R&D, it pioneers sustainable product development for industry and medicine. Addressing regional gaps, enhancing expertise and infrastructure, and promoting environmental sustainability. Utilizing local resources boosts global competitiveness and supports Region 10 industries. This initiative transforms raw materials and wastes into high-value products, fostering a collaborative and innovative research environment.

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Sustainable Resource Research Center for Construction Material and Technology (SuReR CCMT)

Bioprocess & Bioresource Research Center

SuRER CCMT: At the forefront of sustainability and innovation, SuReR CMT is valorizing agro-industrial and medical wastes into cost-effective materials. SuReR CMT’s products include affordable and high-performance market-ready construction chemicals and admixtures such as protein-based foaming agents, bio-based adhesives, cement precipitating beads, low-carbon cement, durable interlocking low-rise blocks, and flood-ready, seismic resilient, energy-efficient, fire resistant, and sound-insulating SMART lightweight foamed concrete from waste materials such as fly ash, silt and sediments, fish wastes, chicken feathers, rice hulls, bagasse, and waste glass. With its dedication to sustainability, innovation, climate change mitigation and resiliency, and community elevation, SuReR CMT is engineering a brighter, greener, and more sustainable future.

BioPRER: Building upon a legacy of successful research, BioPRER is a niche for sustainability and innovation. BioPRER harnesses the power of bioresources, including indigenous and waste materials, to create valuable products and innovative solutions such as enzymes, amino acids, organic acids, antibiotics, biopolymers, organic farming concoctions, bio-based construction chemicals and admixtures, and bio-based energy. Its research also includes innovative methods for solid waste and wastewater treatment through valorized waste biomaterials. BioPRER actively engages with the academe, industries, and government bodies to ensure the successful translation of their research into real-world solutions that benefit the community, the nation, and the environment. BioPRER: Exploring Sustainable Solutions through BioProcess and BioResources Engineering.

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Sustainable Resource Research Center for Construction Material and Technology (SuReR CCMT)

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Bioprocess & Bioresource Research Center

The Center for Integrated Circuits Design

The Center for Integrated Circuits Design – Microelectronics Laboratory is a pioneering research hub dedicated to advancing integrated circuit design in the Southern Philippines.

At CICD, we are committed to pushing the boundaries of IC development. Since our inception, we have been at the forefront of fundamental research in microelectronics and IC design, from component- and block-level design to advanced system-level, system-on-chip (SoC) solutions and IoT applications, such as Energy Harvesting Systems and Wireless Sensor Node Networks. Our mission is to establish an IC Design niche in the country, continuously produce highly skilled graduates, proliferate microelectronic education, and eventually help position the Philippines globally in IC design. Equipped with cutting-edge IC design tools, our laboratory provides a platform for both cell-based and full-custom IC design. These tools empower our engineers to tackle complex chip design and system development, meeting the demands of today's nanometer technology. We're shaping the future of IC design and Microelectronics in the country through courses, training, workshops, university collaborations, industry partnerships, and initiatives like research projects.

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The MSU-IIT Fab Lab Mindanao

Enter our dynamic lab booth, where creativity thrives and innovation reigns supreme. Experience the harmony of precision through CNC masterpieces, the finesse of laser works, and the marvels of 3D printing. Amidst the whirring of machines, immerse yourself in the vibrant atmosphere of boundless creativity. Our space seamlessly blends technology and artistry, inviting you to explore the endless possibilities of fabrication. Whether you crave sleek designs or intricate prototypes, our booth promises an inspiring environment where ideas soar and imagination knows no bounds.

FabLab Mindanao.mp4

Research Center for Advanced Ceramics

Resource Processing and Technology Center

The Research Center for Advanced Ceramics (RCAC) is presenting the outputs of current internally and externally-funded research (DOST-PCIEERD), such as the following:

3R | Recovery of nanomaterials and minerals from silt for various ceramic applications.
CAPPS | Development of alternative ceramic armor plates from Philippine silicates.
Porous ceramics from industrial and agricultural wastes/ thermal management and energy storage application.
Composites/nanocomposites use mine wastes and silicates for structural and personal gear applications.

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Research Center for Advanced Ceramics

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Resource Processing and Technology Center

Center for Energy Research and Technology

The Center of Energy Research and Technology (CERT) was formally established by The Research Institute of Engineering and Innovative Technology (RIET) in May 2023. Since then, this center has become a focal point for cutting-edge research dedicated to tackling issues in waste management, renewable energy, and green technology. The center houses modern research laboratories, specifically the Waste Valorization and Energy (WAVE) Laboratory, the Green Research and Materials (GRaM) Laboratory, the Waste and Resource Management (WaRM) Laboratory, the Energy-Interaction (E2I) Laboratory, the Solar Energy Systems (SES), and the Hydropower Laboratory. These laboratories go beyond experimentation; they are crucibles of innovation, where researchers collaborate to tackle some of the most pressing challenges facing our industries and environment today.

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Center for Remote Sensing and Geographic Information System

Center for Structural Engineering and Informatics

Embark on an immersive exploration at the Center for Remote Sensing and Geographic Information System and the Center for Structural Engineering and Informatics exhibits. Discover the transformative impact of our cutting-edge GIS technology on disaster response, urban planning, and environmental monitoring. Journey through the dynamic nexus of geography and technology, witnessing how innovation shapes the evolving fields of remote sensing and GIS. Explore how our research is shaping smart cities and resilient infrastructure, uncovering the synergy between structural engineering and informatics. Join us in simplifying building intricacies, materials, and information technology, forging a more secure and interconnected society.

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Center for Mechatronics and Robotics

The Center for Mechatronics and Robotics stands at the forefront of cutting-edge technology, specializing in advanced mechatronics and robotics. We are a dynamic research and service facility committed to delivering innovative solutions to pressing issues in the Philippines and globally. Our center is dedicated to pushing the boundaries of technology, fostering interdisciplinary collaboration, and conducting pioneering research across diverse applications such as industrial, infrastructure, agricultural, and disaster response.

Our Histories and Futures

College of Arts and Social Sciences

This is CASS’ attempt to capture the essence of humanities - the intricate tapestry of our histories and futures; the spaces we nurture and where we thrive. History offers insights into the evolution of civilizations; Philosophy probes the fundamental questions of existence and morality; Psychology studies the mind, motivations and behaviors; Languages and Literature reflect cultural values shaping collective identities; Sociology examines social interactions and explores power dynamics shaping institutions; Political Science investigates collective decision-making to ensure unity and peace. Together, the College forwards a holistic framework, enriching our understanding of the complexities that define individuals and societies. In today’s fast-paced society, this is to remind us about the indisputable fact of living–human connections. Ang lahat ng bagay ay magkaugnay… Who we are today is connected with our past, and what we will be tomorrow depends on what we do now… It is, therefore, imperative to observe and practice balance and harmony, which is appropriately captured in CASS’ slogan — kakambal ng husay at talino ang puso at konsensya.

Inclusive Care (iCARE)

College of Health Sciences

Inclusive Care Booth displays the College of Health Sciences (CHS) commitment to making healthcare services accessible for all. The faculty and nursing students' research focuses on identifying the health needs of diverse communities, exploring barriers and facilitators affecting the delivery of healthcare services, and innovating solutions addressing the identified health issues using technology and making brochures on alternative and herbal medicine. The iCARE booth will also provide healthcare services such as taking vital signs, Body Mass Index (BMI) calculation, and health teachings on ischemic heart disease, hypertension, and diabetes, identified as the top 3 causes of morbidity and mortality in the Philippines as of 2023.

College of Engineering

Discover how control engineering saves lives and protects those who serve. In our exhibit, explore the life-saving precision of our low-cost emergency ventilator and the advanced capabilities of our lung simulator, aiding healthcare training and innovation. Witness our smart drone munition, designed for accuracy and safety in dynamic environments. Control engineering empowers us to create a safer and healthier world, from the frontlines to the hospital.

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