Research at RTU - Astronomy Research

Center for Astronomy Research and Development (CARD)

IT WAS ESTABLISHED IN 2018 THROUGH THE N.I.C.E.R. PROGRAM OF THE DEPARTMENT OF SCIENCE AND TECHNOLOGY - PHILIPPINES COUNCIL FOR INDUSTRY, ENERGY, AND EMERGING TECHNOLOGY RESEARCH AND DEVELOPMENT (DOST-PCIEERD). CARD BECAME A HUB FOR ASTRONOMY R&D, SUCH AS THE CONDUCT OF RESEARCH PROJECTS, CAPACITY-BUILDING ACTIVITIES, AND SCIENTIFIC COLLABORATIONS. THE CENTER HAS SEVERAL RESEARCH LABORATORIES FOCUSING ON LIGHT POLLUTION, ASTRONOMICAL OBSERVATION AND INSTRUMENTATION, ASTROPHYSICS, ASTRONOMY FOR THE PUBLIC SPACE WEATHER, AND SPACE TECHNOLOGY

CARD serves as RTU’s hub for space science research, hosting national events such as the DOST Space Science Summit 2025. Its flagship projects; Project Observation of Geospatial Integrated Environment (OGIE), as well as the Project Safety Analysis for RTU Land Use Vulnerability and Evaluation (SALVE), highlight the university’s capacity to contribute to satellite technology, astronomical observation, and the broader space exploration agenda of the Philippines.

Objectives

By engaging with the Center for Astronomy Research and Development (CARD), learners will be able to:

Understand the fundamental principles and applications of astronomy and astrophysics in scientific research and national development.
Develop skills in astronomical observation, data analysis, and the use of advanced instrumentation and technologies.
Recognize the importance of addressing issues such as light pollution and its effects on astronomical studies and the environment.
Engage in scientific collaboration and capacity-building activities that promote innovation and interdisciplinary learning.
Appreciate the role of astronomy in public education, space technology advancement, and sustainable national progress.

CARD - Astronomy Unit

observation and analysis of celestial and atmospheric phenomena to understand their influence on weather patterns and climate conditions. It integrates astronomy and meteorological studies to support data-driven insights on how solar activity, planetary movements, and atmospheric dynamics affect the Earth’s weather systems.

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