The RoboLab Project

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The Mini-RoboLab-Resource Center Project aims to provide the first robotics laboratory in the Division of Pangasinan II being constructed at the Science Department of Manaoag National High School.

Join the Robolution Ilocos in Manaoag NHS. September 11, 12, 13, 2026. See you!
13/08/2026

Join the Robolution Ilocos in Manaoag NHS. September 11, 12, 13, 2026. See you!

11/08/2026

Behind every winning robot and ground-breaking achievement is a relentless team of leaders -from the school Principal to the Head Teacher, and the teachers whose shared vision, tireless mentorship, and steady guidance inspire today and the next generation of students to unite under one dream, push past limits, and carry a culture of excellence into the future.

The RoboLab and Robotics of Manaoag NHS -providing the platform for young and aspiring tech leaders to dream, excel and ...
06/08/2026

The RoboLab and Robotics of Manaoag NHS -providing the platform for young and aspiring tech leaders to dream, excel and lead. The Young Scientists and Robotics Club YSRC) is the home of world-class student winners in robotics.

"From vision to victory—our robotics journey proves that when passionate educators inspire young minds, innovation becom...
06/08/2026

"From vision to victory—our robotics journey proves that when passionate educators inspire young minds, innovation becomes a tradition."

A good start.
30/07/2026

A good start.

President Ferdinand R. Marcos Jr. highlighted plans to launch the first liquid-fueled sounding rocket from the Philippines in his 2026 State of the Nation Address.

The test launch in Cagayan will help advance the Philippines’ launch capabilities, develop Filipino expertise in rocket technologies, and prepare for future space launch activities.

Read more here: https://philsa.gov.ph/news/first-liquid-fueled-sounding-rocket-launch-from-philippine-soil-highlighted-in-sona/

Watch the President’s SONA here: https://www.youtube.com/watch?v=XDBnsVYbOzM

The Philippines is steadily advancing into the fields of space science and rocketry. Preparing for this emerging frontie...
28/07/2026

The Philippines is steadily advancing into the fields of space science and rocketry. Preparing for this emerging frontier should not be limited to college education; it is most effective when introduced at the high school level, where students' curiosity and interest in science and engineering can be nurtured early. Today, the widespread availability of digital information has made knowledge of rocketry more accessible than ever, providing students and educators with abundant learning resources and opportunities to develop the skills needed for the country's growing space science initiatives.

PREPARED FOR LIFTOFF: A team of high school students and mentors in 2020 was silently working on a secret special project: the Philippines’ first civilian high-powered hybrid rocket.

Guided by DOST-PCIEERD, the team from St. Cecilia’s College-Cebu built the rocket to overcome current limitations of local space research involving can satellites (CanSats).

Made from what the team describes as “advanced composite materials,” the TALA hybrid rocket measures 10 ft and weighs 15 kg. It has built-in sensors that can track the launch vehicle’s flight dynamics, an on-board GPS, a dual parachute deployment system, and ample space to carry a CanSat at approximately 4 to 5 km. Based on their tests and simulations, the rocket can reach the speed of sound.

The results of their endeavor proved useful to future initiatives of the newly established Philippine Space Agency (PhilSA).

The future of STE with Robotics curriculum is bright. With the Philippines' goal towards a more robust and self-reliant ...
28/07/2026

The future of STE with Robotics curriculum is bright. With the Philippines' goal towards a more robust and self-reliant digital infrastructure, our STE and STEM students should take advantage of this. They should take this path and be the future tech leaders that will drive the country's digital stewardship.

ANALYSIS | ASEAN/News

🇵🇭 | What Happens When the Philippines Stops Buying Military Drones and Starts Building?

MANILA — The growing call for the Philippines to develop its own domestic drone industry marks a defining shift in how the nation approaches defense and security. It is no longer simply about acquiring new equipment to fill gaps, but about building lasting capability that matches the country’s unique archipelagic nature.

As maritime challenges persist across the region, unmanned systems have emerged as one of the most practical and vital tools for safeguarding sovereignty, monitoring borders, and responding rapidly to emergencies.

For a nation with over 36 thousand kilometers of coastline and thousands of islands to protect, drones offer advantages that manned vessels and aircraft cannot match. They provide longer endurance, wider coverage, lower operational cost, and far less risk to personnel. Whether monitoring the West Philippine Sea, intercepting illegal activity, or supporting counter‑terrorism operations in remote areas, these systems are now essential to effective national defense.

▪️ 𝘎𝘓𝘖𝘉𝘈𝘓 𝘗𝘈𝘙𝘛𝘕𝘌𝘙𝘚𝘏𝘐𝘗𝘚

Numerous countries have extended offers of cooperation to support this goal. 🇺🇦 Ukraine has shared hard‑earned operational lessons and practical guidance on building rugged effective systems.

🇵🇰 Pakistan has proposed co‑production arrangements and technology transfer based on its established manufacturing experience. 🇮🇳 India has offered indigenous maritime surveillance platforms and research collaboration. Other partners including 🇮🇱 Israel, 🇹🇷 Türkiye, the 🇺🇸 United States, and 🇰🇷South Korea have also put forward various proposals ranging from procurement to joint development.

Yet behind all these international overtures lies a clear and consistent priority set by the Philippine government and defense leadership: genuine indigenous capability. The objective is not to permanently rely on imported systems, but to use these partnerships as stepping stones toward building something entirely our own.

Every offer is evaluated against one core question: does this help us learn build and eventually produce independently?

This direction is anchored firmly in the Self‑Reliant Defense Posture, which mandates that the country gradually reduce external dependence and take full ownership of its defense requirements. It recognizes that true sovereignty means having the ability to design assemble maintain and upgrade critical systems without restrictions or conditions imposed by others.

▪️𝘋𝘖𝘔𝘌𝘚𝘛𝘐𝘊 𝘐𝘕𝘕𝘖𝘝𝘈𝘛𝘐𝘖𝘕

What makes this effort particularly meaningful is that the foundation is already being built from within. Across the country universities research institutions and Filipino engineers are already doing the hard work of research design and testing in close coordination with the Armed Forces of the Philippines and the Department of Science and Technology.

Mindanao State University stands out for its work on loitering munitions and tactical systems tailored specifically for the southern Philippines. These one‑way attack drones are being developed to operate effectively in dense forests and coastal terrain, proving that local innovators understand the battlefield better than anyone else.

Cebu Technological University has advanced maritime unmanned platforms suited for island patrol and resupply missions. The University of the Philippines system leads research in avionics navigation and artificial intelligence. The University of Santo Tomas University of San Carlos Rizal Technological University and other institutions are all contributing expertise in materials control systems and secure communications.

These are not mere academic exercises. These are formal partnerships guided by actual military requirements, where feedback from soldiers and sailors directly shapes the design and improvement of prototypes. This collaboration between the academe and the armed forces is the strongest proof that the talent and will already exist within the country.

▪️𝘚𝘊𝘈𝘓𝘐𝘕𝘎 𝘜𝘗 𝘗𝘙𝘖𝘋𝘜𝘊𝘛𝘐𝘖𝘕

The development path follows a logical progression: first learn the fundamentals then build working prototypes test them under real conditions and finally scale up to full production. International cooperation is meant to accelerate this journey not replace it. Technology transfer only has value if it is absorbed adapted and eventually improved upon by local hands.

Currently the country has moved well beyond concept and simulation. Functional prototypes have been constructed and evaluated. The next critical phase is establishing the supply chains facilities and regulatory standards needed to turn successful experiments into consistent domestic manufacturing.

Developing this capability also carries deep economic and industrial weight. A local drone industry will create high‑skill jobs invite investment and nurture a whole new generation of Filipino innovators. It will keep technology expertise and value within the country rather than sending billions of pesos overseas for finished goods.

▪️𝘚𝘛𝘙𝘈𝘛𝘌𝘎𝘐𝘊 𝘈𝘜𝘛𝘖𝘕𝘖𝘔𝘠
Perhaps most importantly this pursuit proves that Filipino engineers students and scientists are fully capable of mastering advanced technology. It demonstrates that the nation is not limited to being a consumer of foreign innovation but can be a creator and builder of systems that meet its own needs.

For the armed forces having locally developed unmanned assets means having tools that truly fit Philippine conditions resistant to tropical weather salt air and rough terrain without being locked into limitations set by suppliers thousands of miles away.

The push for a Philippine drone industry is about far more than defense hardware. It is about asserting national independence unlocking human potential and proving that given the opportunity Filipinos can lead and succeed in any field they choose. This is not just about securing our skies and seas it is about securing our own future.

📷 © : Philippine Navy NRTDC / MSU-IIT

GAS-TUKLASRe-envigorating academic and non-academic competitiveness among teachers and students in the school. The imple...
23/07/2026

GAS-TUKLAS
Re-envigorating academic and non-academic competitiveness among teachers and students in the school.

The implementation of the Expanded Career Progression System (Teacher I to Teacher VII) under the Department of Education has effectively provided classroom teachers with direct avenues for career advancement based on professional standards and core pedagogical duties. However, because current evaluation metrics place heavy emphasis on routine classroom teaching, administrative compliance, and standardized learning outcomes, co-curricular involvement—specifically coaching and preparing students for academic and educational competitions—has become secondary. This institutional shift has reduced teacher-led competition training, directly affecting student motivation, exposure, and competitive readiness. Without systematic incentives for teacher-coaches and embedded school-level support, students face diminished opportunities to build high-level problem-solving, critical thinking, and excellence beyond the basic curriculum.

The Manaoag NHS Robotics family welcomes this development and provides the needed motivation and drive for teachers and students alike to re-ignite their competitive spirit.

23/07/2026

Amazing display of Newton's Law in Robotics!

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Bautista Street
Manaoag
2430

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+639193683325

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