Science, Technology and Innovation … Improving PH competitiveness.
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Transcript of Science, Technology and Innovation … Improving PH competitiveness.
Science, Technology and Innovation …
Improving PH competitiveness
• Harnessing Science, Technology and Innovation to improve productivity and enhance PH competitiveness in:
• Agriculture• Coconut• Rice and corn• Aquaculture• Coffee and cacao• Livestock
• Industry• MSMEs• Strategic Industries
• Services• IT-BPO• Next Wave Cities • Connectivity
• Science–based weather information and climate change scenarios with associated impact assessments enabling concerned agencies to develop appropriate mitigation strategies for a disaster- and climate change-resilient Philippines.
• Highly skilled and globally competitive S&T human resources in support of the national S&T programs
DOST PRIORITY PROGRAMS 2013-2016
AGRICULTURE• OUTCOME: Science-based know-how and tools that will enable the
agriculture sector to raise productivity to world –class standards.• Strategy: 1) Harness cutting edge technologies2) Adapt best practices and proven technologies3) Localize mechanization• Actions: 1) Address S&T gaps in major stages of production of:
Agriculture/aquaculture/livestock a) Planting materials/broodstockb) Crop management/grow-out management
c) Harvest and post harvest
d) Processing and value adding.
COCONUT PRODUCTIVITY PROGRAM(Increase yield from ~46 nuts/palm/yr to at least 150 nuts/palm/yr, and increased income of farmers through product diversification and high value-adding other than copra)
Strategies/Actions Targets Resources required
Supporting Agency2013 2014 2015
1. Improve planting materials• Use Genomics to identify biomarkers for desired traits like high-
nut/oil yield, early- fruiting, pest resistant, drought-resistant, etc• Get from Mexico cutting-edge technologies for mass propagation of
planting materials• Mass propagate 500,000 seedlings for transfer to nurseries
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✔ P350M DA-PCA, DTI, SUCs, UP-Phil Genome Center,
2. Enhance crop management• Apply best fertilizer practices and low-cost efficient drip irrigation
system in dry areas• Promote best practices in pest management
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3. Improve harvest/post-harvest technologies• Provide S&T-based info on harvesting time depending on desired
final product like copra, coco meat, coco water, coco sugar, etc.• Develop mobile UHT equipment for coco water sterilization
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4. Diversify product and value-adding• Introduce integrated small-scale processing for utilizing all coconut
parts like coco water, coco sugar, skim milk, charcoal, geo textile, etc, in areas identified by NAPC • Develop new high-value products like nutraceuticals• Introduce intercropping with that synergizes coconut production
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TILAPIA PRODUCTIVITY PROGRAM
Strategy/ActionsTargets Resources
RequiredSupporting
Agency2013 2014 2015• Increased unit production in pond
systems from 4.0 to 6.0 mt/yr• Improved feed conversion in
commercial farms from 2.0 to 1.5• Production of large fish with
higher fillet yield (from 35 to 42%)• Development of predictive model
for occurrence of fishkill
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P 69.08 M(2011 -2014)
DA, BFAR, NFRDISUCs: NVSUPUC: DLSUPrivate Sector
OUTCOME : Innovative, cost-effective and appropriate technologies that enable MSMEs to develop and produce competitive products that meet world-class standards
Strategy/ActionsTargets Resources
RequiredSupporting Agencies2013 2014 2015
1. Benchmark processing technologies available in countries considered leaders in specific industries (e.g. food processing)
DTI, SCUs, LGUs, DA and DENR
2. Develop and implement necessary technology catch-up programs to be at par with benchmarked countries by 2015
• Develop innovative, cost-effective and appropriate technologies
• Establish innovation centers nationwide to make developed technologies available to majority of MSMEs for product development
• Enhance/upgrade testing, calibration and quality assurance facilities and services
• Expand the Small Enterprise Technology Upgrading Program (SETUP)
• Sustainable jobs created
14 centers
18,000 clients served1,400
MSMEs11,460
persons employed
2 centers
20,000 clients served1,700
MSMEs12,700persons
employed
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23,000 clientsServed2,000
MSMEs14,200
Persons employed
DTI, SCUs, LGUs, DA and DENR
• Serve as the hub in the different regions of the country for innovations, R&D, and support services for enhanced competitiveness of processed foods for local and export markets.
• A collaborative undertaking of the DOST Regional Offices, DOST agencies, SUCs, LGUs, other governmental agencies, R&D centers and the private sector.
Regional Food Innovation Centers
Product and Process Development Research and Development Information Resource Center Technology Trainings/Lectures Food Testing and Nutritional Facts Shelf-Life and Sensory Evaluation
Consultancy
Packaging and Labeling Short-Run Production Common Service Facilities Incubator Facilities Brokering
Critical S&T Services for Food MSMEs:
Eastern Visayas State University Tacloban City
UP Diliman, Quezon City
Benguet State University, La Trinidad, Benguet
Mariano Marcos State University, Batac City
Cagayan State University, Tuguegarao City
Bulacan State University, Bulacan
UP Los Baños, Laguna
Marinduque State University, Boac, MIMAROPA
Bicol University, Legazpi City
DOST VI, Iloilo City
Cebu Technological University, Cebu City
Municipality of Sindangan, Zamboanga Del Norte
Mindanao University of Science and Technology, Cagayan De Oro City
Philippine Women's College of Davao University, Davao City
Caraga State University Main Campus, Ampayon, Butuan City
Locations of the 16 Regional Food Innovation Centers
OUTCOME: State-of-the-art facilities and capabilities that enable local industries to move up the value chain and attain global competitiveness
Strategy/ActionsTargets Resources
RequiredSupporting
Agency2013 2014 2015
1. Enhance innovative capacity of the local Semiconductor electronics industry • Build and operate the Advanced
Materials Testing Laboratory (ADMATEL)
• Build and operate the PH Electronic Product Development Center
• Build and operate the Philippine IC Design Center
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P 53.6 M
P 40 M
P 89 M
DTI, CHEd, SEIPI
DTI, CHEd, EIAPI, SUCsDTI, CHEd, SUCs
2. Build technological capacity for mass transport industry• Develop AC drives for motor control
and application in:• Automated guideway transit
(AGT)• Centrally powered Road Train
• Railway train
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P 73 M
P 100 M
P 100 M
DOTC, MMDA, DPWH
OUTCOME: PH a world leader in Contact Centers & 4 other segments (Fin/Acct, HR, Healthcare, Animation/Gaming)
Strategy/ActionsTargets Resources
RequiredSupporting
Agency2013 2014 2015• Jobs created• Revenues
885,500$15.48B
1,009,000$18.19B
1,150,000$21.37B
• Countryside job growth via Next Wave Cities Program—393,000 jobs, Inclusive countryside dev’t via Smart Cities Program
30 cities ready for IT-BPM opns by 2016
Program budgetary support
• Intensified talent development & research programs
• Market expansion to ASPAC, Europe
ICT & BPM Industry
OUTCOME: ICT-based transformation of governance and the delivery of government services and information, including for health and education, especially in the countryside, towards inclusive growth (PH in the top 50 global ranking of e-government by 2016)
Strategy/ActionsTargets Resources
RequiredSupporting
Agency2013 2014 2015
• Implement the e-gov masterplan (EO 47)• Continue the MITHI program jointly led
by DBM, DOST, NEDA and NCC• Continue to implement the iGov project
to provide the needed ICT infrastructure and shared services, standards and interoperability for MITHI-funded systems. • Implement the TV White Space
initiative to provide connectivity to government facilities especially in rural/remote communities
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budgetary support for full implementation of DOST-ICTO rationalization plan
DBM, GSIS, and CSC for rationalized staffDBM and NEDA in the planning, prioritization and implementation of sector-specific ICT systemsNTC regulatory support for TV White Space initiative
Analytics Platform
SuperComputer
LIDAR MAPS
BLUE GENE
7-DayWeather Forecast
Seasonal Weather Scenarios
Flood EarlyWarning
SatelliteDopplerRadars
Sensors
AdvancedModelling
Flood SimulationModelling
DISASTER MITIGATION and CLIMATE CHANGE ADAPTATION PROGRAM
Global Climate Change Scenario
DownscalingModelling
Super Computer
Localized Climate Change Scenario
Analytics Platform
Remote SensingSatellite Imagery/Data
Long Term Hydrological Forecast for Water Resource Management
Land Use Smart Agriculture
DISASTER MITIGATION and CLIMATE CHANGE ADAPTATION PROGRAM
Weather Forecast and Climate Change Scenarios• Hours• Days• 1-week• 1-month• Seasonal• Decadal• Climate
SMART AGRICULTURE• Crop condition
monitoring• Drought monitoring• Crop production
prediction
ANALYTICS PLATFORM
OUTCOME: Science–based weather information and climate change scenarios with associated impact assessments enabling concerned agencies to develop appropriate mitigation strategies for a disaster- and climate change-resilient Philippines.
Strategy/ActionsTargets
Resources Required
Supporting Agency2013 2014 2015
1. Provide NGAs and public with timely warnings and information on weather and climate change scenarios using state of the art technologies, best practices and tools.• Complete NOAH Program for the 18 major river basins.• Expand NOAH coverage to other flood-prone rivers • Fully deploy doppler radar system nationwide• Densify real-time gathering sensors, agromet sensors and
landslide sensors.• Acquire advanced weather and climate change modeling
software.• Use high performance computing (super computer) for weather
and climate change modeling.• Acquire an advanced analytical platform to integrate all data and
come up with critical information for water resource management, land use , and agriculture
• Establish science-based accounting of water supply and water demand from a macroscopic point of view for the country down to provinces, cities, municipalities and barangays.
• Acquire national capacity for satellite-based remote sensing • Intensify and accelerate R&D on LIDAR technology for flood
modeling and forecasting.• Establish a nationwide a rapid and effective early warning system.• Intensify communication, education and training to promote
wider community resilience.
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Collaborate with DA/DENR for support to the densification of sensors
Collaborate with DENR/NAMRIA for expanding public access to remotely sensed data-sets
Intensify collaborative arrangements with DND-OCD, DILG, PCOO and NTC for support to
Ilog Hilabangan
Agno River Basin
Cagayan River Basin
Pampanga River Basin
Marikina River Basin
Mag-asawang Tubig, Mindoro
Bicol River Basin
Jalaur River Basin
Cagayan de Oro and Iponan
Buayan Malungon
Iligan and Mandulog
Davao River Basin
Agusan River Basin
Status of LiDAR 3D Mapping
Panay River Basin
Tagum Libuganon Mindanao River Basin
Agus River Basin
Tagoloan River Basin
Floodplains in 12 out of 18 major river systems
have 3D and detailed flood hazard maps
OUTCOME: Science–based weather information and climate change scenarios with associated impact assessments enabling concerned agencies to develop appropriate mitigation strategies for a disaster- and climate change-resilient Philippines.
Strategy/ActionsTargets Resources
RequiredSupporting
Agency2013 2014 20152. Provide the NGA’s and the public with timely
and accurate warnings on volcanic, seismic and other geologic hazards and disaster risks.
• Enhance the Philippine seismic network.• Install intensity meters nationwide • Establish tsunami early warning systems.
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OUTCOME: Highly skilled and globally competitive S&T human resources in support of the national S&T programs (PSHS to be the leading science high school in ASEAN by 2015 and every town to have at least one DOST scholar by 2016)
Strategy/ActionsTargets Resources
RequiredSupporting
Agency2013 2014 2015
• Offer free specialized science secondary education to talented Filipino youth for S&T careers through the Philippine Science High School System
• Widen availability of and access to S&T undergraduate and graduate scholarships
• Develop S&T culture among the youth • Establish 16 (full complement) PSHS Campuses by
2016 • Increase PSHS scholars to 9, 000 by 2016 from the
current 4,133 and 3,532 in 2010• Fully implement a 6-year PSHS curriculum meeting
global standards by 2016• Expand S&T undergraduate and graduate
Scholarships from the current 11,310 scholars to 17,852 in 2016
• Fully democratize DOST undergraduate scholarship program from the current 1,330 municipalities served to 1,655 in 2016
• Implement S&T Capacity Building Programs including the expansion of the Balik-Scientist Program
R 13 4A, 4B, ARMM
P 5.03 B LGUs, Congress
CHED, SUCs, PUCs,