The National Institute for Science and Mathematics Education Development is a research and extension unit under the College of Education. It develops research-based print and nonprint curriculum materials for science and mathematics at the basic and teacher education levels. The Institute also conducts research in science and mathematics education and provides professional development programs for teachers and faculty in teacher education institutions.
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Curriculum Development
UP NISMED develops research-based curriculum materials for teachers and students at the basic and teacher education levels.
Teacher Professional Development
UP NISMED offers various training courses for science and mathematics teachers and instructional leaders.
Extension
In its role in making science accessible to the public, UP NISMED conducts public service initiatives such as training caravans, sky watching activities, public lectures, and open-labs.
Research
UP NISMED serves as the research and development arm of the government in science and mathematics at the basic and teacher education levels.
Baseline Study of the Current State of Early Grades Mathematics Instruction
UP NISMED, in partnership with the Research Triangle Institute (RTI) International, conducted a study that assessed the current state of early grades (Kindergarten up to Grade 3) mathematics instruction in the Philippines. The study, funded by the United States Agency for International Development (USAID), was conducted in cooperation with the Department of Education (DepEd). The team of researchers, led by Dr. Aida I. Yap, was composed of staff from the Elementary School Mathematics Group, High School Mathematics Group, and selected staff from the High School Biology Group, Information Science Group, and Elementary School Science Group. The two major lenses used to assess the current state of mathematics education at the K to 3 levels were the mathematical knowledge for teaching and the four research-recommended strategies for teaching early grades mathematics as identified by RTI’s mathematics working group. These strategies included respecting developmental progressions, using mathematics models to represent abstract notions of mathematics, encouraging children to explain and justify their thinking, and making explicit connections for children between informal and formal mathematics. In this study, these four strategies have been collectively labelled as Key Instructional Strategies (KIS). Respondents of the study were a national trainer, and teachers and instructional leaders from DepEd Regions V and VI.
The study focused on the following aspects of classroom instruction with respect to the four key instructional strategies identified: teacher practices, curriculum and instructional materials, training, and ongoing support for teachers. The key findings of the study were presented to the USAID, the central office of the Department of Education, and to both the DepEd regional offices of Regions V and VI.

(Left photo) Ms. Princes Raymunda G. Gatan, of the Elementary School Science Group of UP NISMED, conducted an online interview, via Zoom, with Ms. Michelle Alvarez Braca (right photo), a Master Teacher from the Schools Division of Bago City, teaching Grade 3. The interview focused on how to teach and assess mathematics in the early grades and the trainings they received related to teaching mathematics in the early grades.
Based on the findings of the study, UP NISMED and RTI identified gap areas that can be strengthened through a pilot teacher training and support intervention for early grades mathematics teachers that will be conducted in the school year 2021-2022.


















