Science technology and society

Spanish Colonial Period: S&T Modernization

• Initiation of S&T Modernization:

  • Began under Spanish rule.

  • Established the Royal Economic Society of Friends of the Philippines (Real Sociedad Económica de los Amigos del País de Filipinas).

  • Founded by Governor-General Jose Basco y Vargas via Royal Decree of 1780.

• Society's Composition and Function:

  • Composed of private individuals and government officials.

  • Functioned like a modern national research council.

  • Promoted cultivation of various crops and development of the silk industry.

• Funding and Activities:

  • Supported successful experiments and inventions for agricultural and industrial improvement.

  • Financed publication of scientific literature.

  • Funded trips for Filipino scientists to Spain and abroad.

  • Provided scholarships for both foreign and local Filipinos.

• Introduction of Practices and Infrastructure:

  • Spaniards taught natives sanitation and advanced agricultural practices.

  • Large-scale infrastructure (roads, bridges, buildings) built through the polo y servicio system (compulsory labor for males aged 16-60).

• 19th Century Innovations:

  • Modern innovations introduced by latter half of the 19th century:

    • Tram networks

    • Electric lights

    • Newspapers

    • Banking system

• Government Offices and Commissions:

  • Established to study and regulate:

    • Mines

    • Philippine flora

    • Agriculture

    • Geology

    • Chemical analysis of mineral waters.

• Manila Observatory:

  • Meteorological studies gained prominence.

  • Founded by Jesuits in 1865 at the Ateneo de Manila University.

  • Issued the country
    
    
    
    
    `s first public typhoon warning in 1879.

  • Became an official institution by royal decree in 1884.

  • Became the central station of the Philippine Weather Bureau in 1901 (under American colonial establishment).

  • Remained under Jesuit sponsorship, contributing meteorological, seismological, and astronomical research.

Education and Institutions in the Spanish Period

• Major Achievement: Introduction of formal education through colleges and universities.

• University of Santo Tomas (UST):

  • One of the world
    
    
    
    
    `s oldest Catholic universities.

  • Founded by Miguel de Benavides in 1611.

  • Initially provided spaces for theology, philosophy, and humanities.

  • Later added medicine and pharmacy.

• Notable Pharmacy Graduate:

  • Dr. Leon Ma. Guerrero, an early pharmacy graduate from UST.

  • Recognized as the “Father of Philippine Botany and Pharmacy” for work on medicinal plants.

Ilustrados, National Consciousness, and Reforms

• Impact of Suez Canal (1869):

  • Made travel and trade easier.

  • Enabled wealthier Filipinos (involved in commerce) to study in Europe.

  • Created a class of educated elites known as the Ilustrados.

• Philippine Nationalist Movement (early 1880s):

  • Filipinos cultivated intellectual awareness and national consciousness.

  • Movement led by Ilustrados such as Jose Rizal and Marcelo H. del Pilar.

  • Established networks in Europe and pressed for reforms from the Spanish government.

• Outcomes of the Propaganda Movement:

  • Failed to secure reforms from Europe.

  • Helped incite the Philippine Revolution of 1896.

  • Influenced a shift of intellectual activity to Asia (e.g., Hong Kong).

• Mariano Ponce's Contributions (1898):

  • Became representative of the Revolutionary Government of the Philippines.

  • Forged connections with Spanish intellectuals.

  • Authored Cuestión Filipina: Una Exposición historicocritica de Hechos Relativos a la Guerra de la Independencia (1901), articulating the struggle for independence.

• Impact of Rizal's Death:

  • Intensified Ilustrado demands for education as empowerment.

  • Belief that education would enable independence and drive economic and technological development.

American Colonial Period: Institutions and Early Research

• Sustained S&T Development: Through creation of government research institutions.

• Bureau of Government Laboratories (July 1, 1901):

  • Established by the Philippine Commission.

  • Replaced the Spanish-established Laboratorio Municipal.

  • Renamed the Bureau of Science on October 26, 1905.

• Bureau of Science Activities:

  • Studies on tropical diseases (leprosy, tuberculosis, cholera, malaria).

  • Evaluated economic value of tropical products.

  • Studied nutritional value of foods.

  • Tested Philippine minerals and road-building materials.

• Philippine Journal of Science (1906):

  • Began publication by the Bureau of Science.

  • Reported research from local laboratories and international developments.

• Other Government Agencies Established (American period):

  • Bureau of Health (1898)

  • Bureau of Mines (1900)

  • Bureau of Forestry (1900)

  • Weather Bureau (1901)

  • Bureau of Public Works (1901)

  • Bureau of Agriculture (1901)

  • Bureau of Coast and Geodetic Survey (1905)

  • Bureau of Plant Industry (1929)

  • Bureau of Animal Industry (1929)

Founding of the University of the Philippines and Early National Research

• University of the Philippines (UP) Founding:

  • National educational institution established on June 18, 1908.

• Early UP Faculties:

  • College of Agriculture

  • School of Forestry

  • School of Pharmacy

  • Graduate School of Tropical Medicine and Public Health

• Notable Pharmacy Scholar:

  • Dr. Leon Ma. Guerrero, prominent figure in Philippine botany and pharmacology.

Growth of National Research Capacity and Scholarships

• Development during American Period:

  • Establishment of research councils.

  • Granting of scholarships for advanced study abroad.

• DOST budget from $\small{\text{P}} 5 \text{ billion}$ in 2010 to $\small{\text{P}} 20.8 \text{ billion}$ in 2017.

• National Research Council of the Philippines (NRCP) (1933):

  • Established to promote scientific research across the country.

  • Focused particularly on medicine and agriculture.

• Groundwork for Other Agencies: And expansion of the UP system as a hub for scientific training and research.

Post-War Reconstruction and Early Science Policy

• Impact of World War II: Significantly disrupted educational and scientific progress.

• Post-War Efforts:

  • Intensified efforts to rebuild and reorganize scientific institutions.

  • Push in the 1940s and 1950s to create more public and private educational establishments.

  • Increased number of science and engineering students.

• Challenges:

  • Professional associations remained conservative.

  • Sometimes failed to perceive dynamic relationship between science, technology, and society.

  • Limitations affected relevance of training to Philippine conditions.

• Reforms: Spurred reforms aimed at strengthening science and technology (S&T) capacity.

The Science Act and NSDB Era

• Science Act of 1958:

  • Culminated post-war reforms.

  • Established the National Science Development Board (NSDB).

  • Mandated NSDB to formulate policies for S&T development and coordinate agencies.

• Key Structures Created by the Act:

  • Philippine Atomic Energy Commission (PAEC)

  • National Institute of Science and Technology (NIST)

• Additional Agencies Coordinated under NSDB (1960s):

  • Inventors Commission (1964)

  • Philippine Coconut Research Institute (1964)

  • Philippine Textile Research Institute (1967)

  • Forest Products Research and Industries Development Institute (1969)

• Existing Agencies Assigned to NSDB for Policy Coordination:

  • NRCP

  • Philippine Science High School (PSHS)

  • Metals Industry Research and Development Center (MIRDC)

  • SFP (Likely a typo, referring to a science body)

  • Philippine Council for Agriculture and Resources Research (PCARR)

Developmental Trajectory Through the 1960s–1980s

• Regional Leadership (1950s): Philippines was a regional leader in industry and technology.

• Stagnation (later decades): Failed to upgrade scientific capabilities to remain globally competitive.

• Government Programs: Despite challenges, pursued programs to foster S&T growth:

  • State-funded scholarships

  • Training

  • Education initiatives to produce S&T graduates.

• Establishment/Strengthening of Agencies (1970s and 1980s):

  • Philippine Coconut Research Institute

  • Philippine Textile Research Institute

  • Other S&T councils to coordinate policy and funding for sectoral development.

Contemporary Administrations and the S&T Policy Framework

• Ferdinand Marcos Administration:

  • Emphasized S&T as a national priority.

  • Established PAGASA (Philippine Atmospheric, Geophysical and Astronomical Services Administration) in 1972.

  • Reorganized NSDB into the National Science and Technology Authority (NSTA) in 1981, providing central direction.

• Aquino Administration (1986 transition):

  • NSTA renamed to Department of Science and Technology (DOST).

  • Granted S&T representation in the cabinet.

• Presidential Task Force (1989):

  • Formed to develop a plan for achieving Newly Industrialized Country status by 2000.

  • Identified priority sectors: aquaculture, marine fisheries, forestry and natural resources, process industries, food and feed industries, energy, transportation, construction, information technology, electronics, instrumentation and control, emerging technologies, and pharmaceuticals.

  • Proposed strategies:

    1. Modernize production sectors through technology transfer.

    2. Upgrade R&D through intensified activity and infrastructure development.

    3. Develop information networks and institutional capacity.

• Science and Technology Master Plan 1991–2000: Established to prioritize S&T in economic recovery.

• Initiatives under Presidents Ramos, Estrada, Arroyo, and Duterte:

  • Ramos' term:

    • The Inventor’s Incentives Act

    • The S&T Scholarship Act

    • Republic Act No. 8439 (Magna Carta for Scientists, Engineers, Researchers, and Other S&T Personnel in the Government) in 1997.

  • Estrada's administration:

    • The Philippine Clean Air Act of 1999

    • The Electronic Commerce Act of 2000

  • Arroyo's term:

    • Technology entrepreneurship advanced in the Medium-Term Philippine Development Plan (2004–2010).

    • Use of biofuels under Republic Act No. 9367.

    • National Science and Technology Plan (NSTP) 2002–2020 to build technological self-reliance.

  • Later initiatives:

    • The Philippine Technology Transfer Act of 2009 to disseminate R&D outputs.

    • The Harmonized Agenda for S&T in 2014 focusing on disaster risk reduction and inclusive growth.

    • The Fast-Tracked S&T Scholarship Act of 2013 supported scholarships, particularly in science and mathematics education.

• President Duterte (2016 onward):

  • Emphasis on establishing robust R&D programs across agriculture, health care, marine science, and information technology.

  • National Science and Technology Week (NSTW) in 2017 signaled commitment.

  • DOST budget growth: from $\small{\text{P}} 5 \text{ billion}$ in 2010 to $\small{\text{P}} 20.8 \text{ billion}$ in 2017.

  • R&D funding growth: rose six-fold from $\small{\text{P}} 1 \text{ billion}$ in 2009 to $\small{\text{P}} 5.8 \text{ billion}$ in 2017.

  • Promoted a national space effort and the Harmonized National Research and Development Agenda (HNRDA).

  • HNRDA aligned with AmBisyon Natin 2040 and supported by three pillars: Malasakit, Pagbabago, and Kaunlaran.

  • HNRDA identified five priority sectors:

    • National Integrated Basic Research Agenda (NIBRA)

    • Health

    • Agriculture, Aquatic, and Natural Resources

    • Industry, Energy, and Emerging Technology

    • Disaster Risk Reduction and Climate Change Adaptation

DOST and Its Councils; Sectoral Policy Coordination

• DOST as Leading Institution: Consistently received the largest share of the national STI budget.

  • DOST budget: $\small{\text{P}} 1.433 \text{ billion}$ (2011), $\small{\text{P}} 3.802 \text{ billion}$ (2015), $\small{\text{P}} 19.6 \text{ billion}$ (2019).

• NEDA Assessment: Country’s STI outcomes remained only moderately successful, signaling need for continued enhancements.

• Government Support:

  • Intellectual property protection via Patent Incentive Package (IPR).

  • Promoted a culture of creativity and inventiveness by supporting STI and creative arts among youth.

• DOST Programs:

  • Smarter Philippines initiative (in partnership with DICT).

  • Project NOAH (National Operational Assessment of Hazards) for disaster risk management.

  • Integrated Government Philippines (iGovPhil) program to better integrate ICT in government operations.

  • Project NOAH faced funding challenges but was sustained through UP’s adoption (2017).

• DOST Institutes under its umbrella:

  • Technology Application and Promotion Institute (TAPI)

  • Science Education Institute (SEI)

  • Science and Technology Information Institute (STII)

  • Industrial Technology Development Institute (ITDI)

  • Advanced Science and Technology Institute (ASTI)

• Sectoral Councils:

  • Philippine Council for Agriculture, Aquatic, and Natural Resources Research and Development (PCAARRD)

  • Philippine Council for Aquatic and Marine Research and Development (PCAMRD)

  • Philippine Council for Industry, Energy, and Emerging Technology Research and Development (PCIEERD)

  • Philippine Council for Health Research and Development (PCHRD)

  • Philippine Council for Advanced Science and Technology Research and Development (PCASTRD)

  • National Research Council of the Philippines (NRCP)

Science Education and National Development; Challenges and Reforms

• Importance of Science Education: Shapes a nation’s capacity to innovate, correlates with poverty reduction and economic progress.

• National Science and Technology Plan (NSTP) (2002–2020) Emphases:

  • Knowledge expansion through R&D.

  • Wealth creation via technology transfer.

  • Development and marketing of R&D results.

  • Human-resource development to support S&T services.

• Human Capital Enhancement Programs:

  • Balik-Scientist program: invites Filipino scientists abroad to return.

  • National Science Consortium (2009): provides graduate scholarships to strengthen PhD and MS programs.

• Reforms by DOST, CHED, and DepEd:

  • Aimed at expanding access to quality education.

  • Improving teacher training.

  • Promoting research.

  • Notable emphasis on linking higher education, research, and industry.

Philippine Science Education: K to 12 and Beyond

• K to 12 Basic Education Program (RA No. 10533, 2013):

  • Added kindergarten through 12th grade, including senior high school.

  • Senior high school strands: ABM, STEM, HUMSS, GAS.

  • Spiral progression approach: builds progressively complex concepts.

  • Life sciences, earth sciences, physics, and chemistry taught across grade levels.

  • Aims to align schooling with global standards and prepare graduates for higher education or technical-vocational pathways.

• Criticisms and Concerns:

  • Lack of formal science instruction in early grades (kindergarten to Grade 2).

  • Requirement for teachers to be proficient in science subjects.

  • Need for mother-tongue-based multilingual education (MTB-MLE) to support science learning.

  • Teacher competence and recruitment challenges (sizable portion lack specialized science training).

• TIMSS Results:

  • Underscored low performance in mathematics and science compared to regional peers.

  • Philippines ranked 42nd out of 45 in 2003.

  • Achieved a low score in TIMSS-Advanced in 2008.

Higher Education Reform and Human Resource Development

• Higher Education Reform Agenda (HERA) (2012) by CHED:

  • Emphasized expanding access to quality education.

  • Enhancing graduates’ and faculties’ competencies.

  • Fostering excellence in higher education institutions (HEIs).

  • Strengthening governance.

• Student Financial Assistance Programs (StuFAPs): Support lower-income students through scholarships, grants, and loans.

• Funding for Public SUCs and LUCs: Increased funding for equipment acquisition and improved instruction.

• CHED Guidelines: Shifted focus from learner outcomes to improved institutional quality.

  • Recognized Centers of Development and Excellence.

  • Granted autonomous or deregulated status to outstanding HEIs.

• National Science and Technology Plan 2002–2020 (implemented by DOST):

  • Includes the Accelerated Science and Technology Human Resource Development Program to support graduate studies.

  • Balik Scientist program to attract scientists home.

• National Science Consortium (2009): Aims to bolster HEI capacity to produce technically proficient PhD and MS graduates via graduate scholarships.

Filipino Inventions and Indigenous Technologies

• DOST-led Efforts: Promote indigenous technologies for national self-sufficiency.

• Notable Examples:

  • Fermented foods: kesong puti, patis, banana catsup, burong isda.

  • Alcohols: lambanog, basi, tapuey, bignay/bugnay, tuba.

  • Textiles: abaca fiber, jusi, saluyot; natural plant-based dyes.

  • Construction materials and civil engineering: bamboo, coconut lumber, santol wood, rice hull cement, VAZBUILT modular housing, and Cordillera rice terraces.

  • Transportation: jeepney, vinta, balangay, Delta Mini Cruiser.

  • Medicines: medicinal plants (e.g., lagundi and sambong), erythromycin (discovered by Dr. Abelardo Aguilar).

Notable Filipino Scientists and Engineers

• Chemistry:

  • Dr. Alfredo C. Santos: Pioneered phytochemistry; isolated plant alkaloids (phaeanthine, phaentharine); National Scientist (1973).

  • Dr. Julian A. Banzon: Renewable chemical sources from indigenous products; documented ethyl esters from coconut and sugarcane as alternative fuels; developed coconut oil extraction process; National Scientist (1986).

  • Dr. Luz Oliveros-Belardo: Specialized in phytochemistry; discovered essential oils from native plants (medicine, fragrances, flavorings, potential biofuels); National Scientist (1987).

  • Dr. Solita Camara-Besa: Focused on Filipino diet and nutrition; analyzed potassium and sodium contents for dietary standards.

  • Dr. Amando Kapauan: Investigated environmental heavy metals; designed equipment to measure mercury in water, fish, and soil.

Notable Filipinos in Biology and Ecology

• Dr. Angel C. Alcala: Ecology and biogeography; discovered numerous species; tropical marine conservation and artificial reef creation; defended Negros’ forest patches; supported Tubbataha Reef conservation; Ramon Magsaysay Award for Public Service, 1999 Pew Fellowship in Marine Conservation.

• Dr. Asuncion K. Raymundo: Advanced microbial 3³ and biotechnology; mentored students; shaped science education.

• Dr. Baldomero M. Olivera: Venom research on cone snail toxins and their role in neuroscience; 2007 Scientist of the Year by Harvard Foundation.

• Dr. Abelardo Aguilar: Discovered erythromycin (antibiotic for penicillin allergies); patented and mass-manufactured by Eli Lilly as Ilosone.

Notable Filipino Engineers and Geothermal Energy Pioneers

• Dr. Eduardo San Juan: Contributed to the Moon Buggy (Lunar Rover) concept for Apollo missions.

• Dr. Diosdado Banatao: Silicon Valley pioneer for semiconductor technology; co-developed Ethernet interfaces and the local bus; advanced personal computing and graphical user interfaces.

• Dr. Arturo Pineda Alcaraz: Volcanologist; led geothermal energy development in the Philippines; head of the Commission on Volcanology (PHIVOLCS) from 1951 to 1974; guided Tongonan Geothermal Power Plant opening in Leyte (July 3, 1977) during the 1970s oil crisis, spurring energy independence.

Education Policy, Access, and Quality in the Contemporary Era

• Science Education and National Development: Central to national development due to correlation with poverty reduction and economic progress.

• Philippine Science High School System:

  • Under DOST; provides specialized STEM education.

  • Campuses across the country since Diliman-based main campus (1964).

  • Consolidated under R.A. 8496 in 1997 to unify branches.

• K to 12 Reform: Aims to align basic education with international standards and industrial needs.

• CHED's Policies: Enhance access and quality in higher education through:

  • Student financial assistance

  • Performance-based accreditation

  • Governance reforms.

• DepEd BESRA program (2005):

  • Sought to improve basic education delivery via:

    • School-based management

    • Teacher development

    • National learning strategies

    • Quality assurance

    • Organizational development with ICT.

  • Achievements:

    • Improved elementary and secondary mean percent scores

    • Increased enrollments

    • Poverty-targeted support (e.g., Pantawid Pamilya Pilipino Program (4Ps)).

Challenges and Future Directions in Philippine Science Education

• Persistent Challenges:

  • Shortage of qualified science teachers.

  • Inadequate funding for public schools.

  • Reliance on teacher-centered pedagogy, reducing student engagement.

  • Teacher preparation often misaligned with science curricula.

  • Migration of scientists abroad for better opportunities.

• Recommendations (UNESCO and TIMSS):

  • Need for inquiry-based learning.

  • Contextualized science content.

  • Strategies for building critical thinking and scientific inquiry skills.

• US National Science Education Standards Goals:

  • Planning inquiry-based programs.

  • Ongoing assessment.

  • Creating supportive learning environments.

  • Fostering communities of science learners.

• Philippine Reforms: Emphasize learner-centered approaches and inquiry-based activities to engage students.

Research Infrastructure and Funding Outlook

• National Budget Allocations: Reflect a push toward S&T, but performance remains moderate per NEDA.

• Government Pursuit: Continues STI legislation, technology transfer, and infrastructure programs connecting research outputs to industry needs.

• Programs under DOST and CHED:

  • Aim to scale up the number of advanced degree holders in science and engineering.

  • Encourage domestic R&D activity.

  • Enable commercialization of research results.

• Illustrative Efforts: Project NOAH, Balik Scientist, STII’s information networks, and the NSDB network unify policy, funding, and human resources across the science and technology ecosystem.