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- Publications by researchers, faculty members, staff, and students of DMMMSU.
- A "lakasa" (storage) for the information materials related to La Union, Ilokano, and Iloko.
Recent Submissions
Module in Technology for Teaching and Learning 2 (Instrumentation & Technology in Mathematics) (SEME 113)
(Don Mariano Marcos Memorial State University – Mid La Union Campus, 2023) Cacayan, Josephine E.
Effectiveness of a contextualized interactive multimedia for grade 8 science students
(Don Mariano Marcos Memorial State University - South La Union Campus, 2019-05) Cadizal, Richard G.
The Computer-Assisted Instruction is undertaken widely to catch interest and to improve student's performance. This Descriptive and True- Experimental research was anchored in determining the effects of the developed and validated Contextualized Interactive Multimedia (CIMM) to the 58 grade 8 students of Tanglag National High School in their Science subject.
To determine the level of interest of the population toward Science subject, the researcher utilized a 10-item survey-questionnaire called Test of Related Science Attitude (TORSA). Additionally, a researcher-made pretest and posttest questionnaires were administered to determine the academic performance of the respondents.
Findings showed that there is an increase in the academic performance and interest toward Science of the experimental group who was exposed to the CIMMs. Moreover, significant difference does not exist between the results of the posttests of both groups. However, a significant difference can be noted between the controlled and experimental groups'’ attitude toward Science subject after the implementation of the intervention.
Solar-powered grain milling machine
(Don Mariano Marcos Memorial State University – Mid La Union Campus, 2024-06) Fontanilla, Melrose Joy H.; Haduca, Hazel C.; Licudan, Jechris C.; Manongdo, Mark Vincent Q.; Tiri, Jizle C.
The solar-powered grain milling machine is an innovation designed to address the challenges faced by rural communities with limited access to electricity and less expenses. By harnessing solar energy through photovoltaic panels, the machine powers its milling operations, which includes the need for fossil fuels and reducing both environmental impact and operational costs. Important components include a grain hopper, milling chamber, and adjustable settings for optimal milling outcomes, all integrated with safety measures and durable construction. Some models are portable, catering to small-scale farmers and enhancing accessibility. With minimal maintenance requirements, these machines offer a sustainable solution to enhance food security and economic empowerment in rural areas.
Solid waste collector for drainage canal
(Don Mariano Marcos Memorial State University – Mid La Union Campus, 2025-04) Laranang, Marie Joe B.; Arpon, Mae Anne E.; Catabay, Marvin Carl C.; Legonas, Marc Angelo R.; Malinao, Aldrich Dhale D.
Improper waste disposal remains a major problem in the Philippines, especially in densely populated urban areas such as Manila. Blocked and contaminated drainage canals cause severe flooding, the spread of diseases, and damage to infrastructure. In response to these challenges, this study developed a solid waste collector designed specifically for drainage canals. The machine features an impeller to agitate stagnant water and a motor-driven conveyor equipped with claws to efficiently collect floating debris. The system aims to prevent blockages, improve water flow, and minimize health and environmental risks associated with clogged drainage systems. By assessing the machine’s performance in terms of waste collection capacity, water agitation effectiveness, and energy consumption, the study seeks to offer a cost-effective and sustainable solution for urban drainage management. This technology is intended to support cleaner waterways, reduce flooding incidents, and promote better urban sanitation practices across affected communities.
Automatic tiger grass pollen remover machine
(Don Mariano Marcos Memorial State University – Mid La Union Campus, 2025-04) Gallebo, Marvin P.; Gurion, Reynald T.; Nieveras, John Rey G.; Sales, Flaurenze Kim A.; Tarnate, Daisy S.
This study deals with the fabrication and evaluation of an Automatic Tiger Grass Pollen Remover Machine, which allows efficient and environment-friendly way of removing tiger grass pollen. During this time, green innovation and automation is becoming a norm; wherein, it is a must for researchers or creators to consider the effects of the products they produce in the environment. The researchers utilized the formula, concepts and principles found in machine design to design a machine that can remove tiger grass pollen; to fabricate and assemble it; to test and evaluate the Automatic Tiger Grass Pollen Remover Machine, in terms of its efficiency, operation time, and production rate.