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As part of PCIEERD’s initiative to disseminate Science and Technology information and educate the public on how they can make S&T work in their everyday activities, PCIEERD conducts Information Education and Communication (IEC) campaigns on specific science topics. These are usually technologies that have undergone the Council’s technology assessment (TA).

During the celebration of the DOST North Luzon Cluster Science and Technology Fair, PCIEERD conducted the “IEC Campaign on Environmental Management Techniques for the Rehabilitation of Rivers and Creeks”. It was held last September 2, 2014 at the Cagayan State University, Tuguegarao. 

The Age of Flight was ushered into the Philippines over a century ago, when the first airplane in Manila, a biplane, took to the skies on February 11, 1911 with American James C. Mars as its pilot.

At the time, the future bode well for this new and revolutionary mode of transport in the country, and in fact Philippine Airlines holds the honor of being the first-ever commercial aviation fleet in Asia. But for a number of reasons, the sector never really took off as expected. 

Until recently, the Philippines aerospace industry was largely limited to maintenance, repair and overhaul operations (MRO in industry jargon), or the broad spectrum of assembly and maintenance services of aircraft manufactured in other countries, primarily the United States. 

Under the administration of President Benigno S. Aquino III, the government, through the DOST’s Philippine Council for Industry, Energy, and Emerging Technologies Research and Development (PCIEERD), is seeking to conquer new fields in the aerospace industry to include aviation and aerospace manufacturing. The timing couldn’t be better.

A recent industry study conducted by experts from the DOST’s Metals Industry Research and Development Center (MIRDC), the global aerospace market is expecting to see major growth in the coming years. 

For commercial aircraft, passenger airlines as well as air freight and delivery companies are looking to replace their old planes as demand for their services continues to grow annually. According to the same study, mid- to old-generation aircraft will represent only five percent of the total commercial fleet still in service by 2020.

Meanwhile, demand for highly-skilled, trained personnel for activities involving aircraft operations (for both civilian and military), airports, and air navigation services are expected to rise in parallel with the country’s overall economic resurgence.

On the horizon, however, major changes lie in wait with the emergence of the ASEAN Economic Community on New Year’s Day 2015. To be able to keep in step with our prosperous Southeast Asian neighbors, the partnerships among our government, industry, and academic institutions must be able to generate new value streams arising from the development and sharing of intellectual resources.

Such developments fall hand in glove with PCIEERD’s overall thrusts toward industry development by directing research and development along vital, strategic areas including aerospace and remote sensing technologies.

The country is poised to revive its aviation manufacturing sector with the RV-12, a locally-assembled two-seater light sport airplane that is easily transported and stored in much smaller hangar spaces because of its detachable wings.


The RP-S512, a locally-assembled light sport airplane with removable wings





Front view of the RP-S512 with wings intact


According to Mr. Arturo “Art” Rivera IV of Omni Aviation, Inc., the company that makes the RV-12, the aircraft’s wing locking system is based on a similar system proven safe and effective for use in sailplanes. He demonstrated that by pulling a pair of pins located at the back of the seats, the wings can be removed quickly by a minimum of two persons.

The system is designed so that the plane’s control and wiring connections are fully automatic. Most important, its ignition interlock will prevent the engine from running if the wings are not properly installed, a key safety feature that also demonstrates the ease by which the RV-12’s wings lock and unlock from the main body.


Front view of the RP-S512 without wings

In addition to its unique features, the RP-S512 is powered by a 100-horsepower engine that runs on basic unleaded gasoline. This makes fuel costs more economical over similar aircraft in its class that uses higher-octane aircraft gasoline, considerably more expensive and less readily available.

PCIEERD actively promotes this kind of high-value adding industrial activities that promote local capability to bring the country’s aerospace and aviation industry to the next levels.

“Our overarching aim is to chart and bring about an environment that rewards risk-taking for Filipino entrepreneurs to invest in technology companies,” said Dr. Rowena Cristina L. Guevara, PCIEERD Executive Director. She added that the Council has targeted competitive industry and manufacturing as among its thrusts until 2016.

“Here’s hoping that if our plans don’t miscarry, we can look forward to a bright future for the aerospace sector. The sky’s the limit.”

On its 4th anniversary, the Philippine Council for Industry, Energy and Emerging Technology Research and Development (PCIEERD) encourages investors, stakeholders, and every Juan and Juana to invest in R&D outputs.  A forum entitled “Juana Invest? Reaping the Returns from R&D” which will feature selected presentations on starting a business, technology entrepreneur stories success stories and investment financing, and a portfolio of investment opportunities from its R&D projects will be conducted on the 27th of June, at the Edsa Shangrila Hotel, Ortigas Center

PCIEERD invited Resource Persons who will pave the way to investments based on their experiences. The guest of honor, Senator Cynthia Villar, is an accomplished entrepreneur who has also built livelihood opportunities for her constituents. She is also the Vice-Chair of the Senate Committee on Science and Technology. To further enlighten everyone on the importance of investing in science and technology, Dr. Gonzalo C. Serafica, a DOST Balik Scientist, will be the guest speaker for the event. Dr. Serafica is an expert on Biocellulose technology and is currently working with a number of DOST agencies and other universities.

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PCIEERD 4th Anniversary June 27, 2014


Plenary

01 -
How to Start, Grow and Sell a Biotech/Medical Device Company in United States: The Xylos Story 
Al Serafica, PhD, Chemical Engineering
02 -
Technology Financing/Investors
Ma. Luna E. Cacanando
Officer-In-Charge, Office of the President & COO
Small Business Corporation
02 -
Technology Entrepreneur Success Stories
Ramon I. Castillo
President
Innovatronix, Inc.
03 -
Models for Supporting Start-Up
Diane Angela D. Eustaquio
Executive Director
Idea Space

Technical Session A - "Minerals and Materials for Every Juan"
02 - Ceramic Water Filter System
Engr. Edmar P. Casa, ITDI
04 - Natural Dyes for Textiles
Mr. Julius L. Leaño, Jr. , PTRI
05 - Photocatalytic Treatment of Colored Wastewater
Dr. Susan M. Gallardo, DLSU
06 - Organo-minerals for Bioremediation
Dr. Merlinda A. Palencia, Adamson University

Technical Session B - "Energy Systems for Every Juan"
01 - Power Distribution Units
Dr. Michael Angelo A. Pedrasa, EEEI,UPD
02 - Nanostructured Solar Energy Devices
Dr. Arnel A. Salvador, NIP-UPD
03 - Rapid Electric Vehicle Charging
Engr. Nino Christopher B. Ramos, EEEI-UPD 

Technical Session B - "Learning Systems and Educational Tools"
01 - Conducive Environment for Children with Autism
Dr. Merlin Teodosia Suarez, DLSU
03 - Learning While Playing Apps
Dr. Rowel O. Atienza, EEEI-UPD 

Technical Session C - "Food and Feeds for Every Juan"
01 - Iron-Fortified Rice
Ms. Marcela C. Saises, FNRI
02 - Processed Food Products from Brown Rice
Engr. Rosemarie G. Garcia, FNRI
03 - Locally-developed Food Processing Equipment for MSMEs
Ms. Nelia Elisa C. Florendo, ITDI