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My first photo was taken during a recent family trip to Bolinao, Pangasinan, where we visited one of its coasts, this could be associated with my strand because of the coastal erosion evident in the picture, it exhibits one of my favorite concepts in Earth Science.

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This second picture was taken during our family’s trip to Brunei, it shows one of the miniature replica exhibits in Brunei’s Royal Regalia Museum, even if it is just a replica, it shows Bruneians' architectural and engineering prowess, which could inspire future architects.

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I also took a picture of a walkway’s marble slab in Brunei explaining Subuh, an Islamic prayer performed at dawn, although prayers are based on culture and religion, the foundation of the prayer, as explained on the slab, involves astronomical math, the walkway itself offers a view of an open horizon where one could see the “Morning Astronomical Twilight”, and for me that relates a lot to STEM.

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The fourth photo is another picture from our trip to Brunei, it is one of the preserved parts of their mangrove forests, it houses a large amount of biological diversity and provides important ecosystem services to the locals, this is an example of general biology tackled in STEM.

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The fifth picture was a picture taken of me years ago at an airplane exhibit in Hong Kong International Airport, there were tons of miniature replicas and crumbs of information explaining several engineering concepts behind planes, and for me, this relates a lot to the engineering part of STEM.

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This building in the photo is the Buddha Tooth Relic Temple in Singapore. Engineers use math and physics to make sure the building is strong and balanced. Technology helps with lighting, air systems, and safety in the temple.

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This is the Rain Vortex at Jewel Changi Airport in Singapore. STEM is used to shape the roof and control how the water falls smoothly. Careful planning with numbers and measurements helps the water flow perfectly. Special systems also use technology to recycle the water and light up the area beautifully.

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The Marina Bay Sands fountain, known as the Rain Oculus. Demonstrates principles of physics such as gravity and fluid dynamics, while also contributing to environmental sustainability through rainwater collection.

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Shrek's Far Far Away Castle in Universal Studios Singapore. Technology adds lights, sounds, and effects to make the castle feel magical. Engineers design the castle to be safe, stable. Math is used to measure everything correctly so the castle is built correctly

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Arcades use technology to run games and science to make cool effects like lights and sounds. Engineering and math are also used to build the machines and program how the games work.

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This kind of infrastructure are built by Theme Park Engineers. Theme Park engineers brainstorm ideas, design them, calculate, and develop the amusement park attraction.

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It involves science like studying marine animals and technology like underwater robots. It also uses engineering to build ships and math to measure waves and tides.

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By studying nature, we can create new inventions, solve environmental problems, and make better decisions for the future. It also inspires engineers and scientists to design sustainable solutions by observing patterns and systems found in the natural world.

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A mall is related to the STEM strand because it uses science, technology, engineering, and math in many ways. Engineers design the building, while technology helps with security systems and elevators. Stores also use math to manage prices, sales, and inventory every day.

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Corals and fish are connected to the STEM strand through the study of marine life and ecosystems. Science helps us understand how corals grow, how fish interact with them, and why they are important for ocean health.

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This was took during the “Twice 5th World Tour: Ready to be,” year 2023. The arena shows amazing architectural design and integrity that incorporates every subject in STEM. They have carefully planned every inch of the arena to ensure safety of each people who attend events at the arena while also maintaining aesthetics of the venue.

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Cebu is a wonderful place where you can learn about science, technology, engineering, and math. Known as the “Queen City of the South,” Cebu is also known in the engineering and technology field, offering new innovations that can help ease the living of people and to move forward to the future.

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The roads of Brgy. Malico in Sta. Fe relates to the struggles of being a STEM senior high school student. The road there may be all zig-zags and long, but at the end, even with all the obstacles tackled during the journey, the feeling of ease and joy accomplishing a goal at the end is always good and refreshing.

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This is the beach of Pico De Loro in Batangas. It connects with my strand because of how it symbolizes biology and marine life.

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Nami Island relates to STEM as it uses environmental science to preserve the ecosystem within and around the island, while also mainting tourists that come and go in the island. To add, the island also offers korean architectural designs that has an unique architectural structure that both interprets art, history, and functionality.

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This is me in DLSU, students here also helps me understand how technology works.

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This is in a lab of MMMCL, it helps me understand plant life and its functions

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The picture was taken from the Mind Museum in Bonifacio Global City, The picture showcases the entire Voyager program involved in extensive engineering design and problem solving related to the STEM Strand.

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The picture was taken from the Mind Museum in Bonifacio Global City, The picture showcases the entire Voyager program involved in extensive engineering design and problem solving related to the STEM Strand.

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This picture shows an unidentified flying object which is related to space science or astronomy, The thing showcased in the image is a structured display to teach visitors about space science which is related to the STEM Strand.

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The dinosaur skeleton is representation of the anatomy, size and potential behavior of the creature, Involving Biology and Evolution.

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This shows a historical timeline about philippine's national heroes, The relation of this to the STEM Strand is that our national heroes were innovators and problem solvers, many of them demonstrated their skill in critical thinking, ingenuity, and problem-solving.

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Japan has always been known in leading the STEM field and it is no doubt as they produce electronics, transportation, and some notable innovations that are needed in the STEM field. Japan is also known for their geniuses in the technology industry. This can create motivation to STEM students to aspire and create something innovative in the near future.

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The exhibit displays a geological timeline, showing different periods in the planet earth's history, The images from each geological period depicts the types of life that existed during those times, Showing the Evolution of Life.

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The relation of this picture to the strand STEM, Is that i learned through observation the simple study of animal behavior based on the habitat(Environmental Science).

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This place can be used to have a place where students in the Stem strand can benefit and learn its agricultural setting that provides opportunities for hands-on learning in areas such as biology, environmental science, and engineering.

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For stem students, they will profit, particularly those interested in biology, environmental science, and its conservation, MMFR offers students a living laboratory to study ecosystems, animalspecies, and interactions.

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This is in an arcade, it helps me learn and understand how arcade games were properly coded

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It is a Buddhist temple located at Bangkok, Its' structural design and environmental engineering, the complexity design of it will help students from the STEM strand understand about the environmental foctors to consider while still having an amazing exterior design.(A view of how STEM related profession does their work.)

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This 5-picture show Consider the coastal scenes. There is a lot to learn about the interaction between land and water. The currents, tides, and waves are ultimately all the study of physics when it comes to oceanography, and the celestial bodies play a role in the process with gravity. Marine biology studies the vast numbers of species that inhabit the world's oceans, rather than the creatures themselves. The analysis and modelling of the phenomena of coastal erosion and how they are affected by climate change in these fragile areas demand advanced technological tools based on mathematical features and computational resources. Moreover, preserving these coastal areas (which is generally not an option) entails engineering solutions, such as building seawalls or creating sustainable coastal development practices. Baring a towering mountain set among the waves, the picture conveys the geology that has transformed our planet over millennia. Dynamics related to plate tectonics, volcanic activity and erosion, topics covered in geology, give rise to these dramatic shapes. Knowledge of the stability of such massifs, the photo of a large mountain appearing in the middle of a body of water recalls geological movements that have been shaping the Earth for millions of years. The cause of these dramatic formations is due to plate Techtonics, volcanic activity, and erosion studied in geology. The stability of land masses and the ability to predict risk is based on complicated mathematical models and engineering issues when the human tectonic plate is nearby. Meteorology-which studies the atmosphere-is essential for predicting/weather systems that occur over such landforms; this is due to their distinct of altitude and being close to major bodies of water.

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This 5- pictures show, consider the coastal scenes. There is a lot to learn about the interaction between land and water. The currents, tides, and waves are ultimately all the study of physics when it comes to oceanography, and the celestial bodies play a role in the process with gravity. Marine biology studies the vast numbers of species that inhabit the world's oceans, rather than the creatures themselves. The analysis and modelling of the phenomena of coastal erosion and how they are affected by climate change in these fragile areas demand advanced technological tools based on mathematical features and computational resources. Moreover, preserving these coastal areas (which is generally not an option) entails engineering solutions, such as building seawalls or creating sustainable coastal development practices. Baring a towering mountain set among the waves, the picture conveys the geology that has transformed our planet over millennia. Dynamics related to plate tectonics, volcanic activity and erosion, topics covered in geology, give rise to these dramatic shapes. Knowledge of the stability of such massifs, the photo of a large mountain appearing in the middle of a body of water recalls geological movements that have been shaping the Earth for millions of years. The cause of these dramatic formations is due to plate Techtonics, volcanic activity, and erosion studied in geology. The stability of land masses and the ability to predict risk is based on complicated mathematical models and engineering issues when the human tectonic plate is nearby. Meteorology-which studies the atmosphere-is essential for predicting/weather systems that occur over such landforms; this is due to their distinct of altitude and being close to major bodies of water.

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In this museum, we can learn a lot about our history including the technologies(weapons and equipments) they use before the modern age we have now, we can see how it developed and improved.

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This image captures the essence of engineering in Kuala Lumpur, showcasing the structures built by skilled engineers.

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Another image that highlights the engineering prowess in BGC, Taguig, where the buildings stand as a testament to the expertise of engineers.

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This image further emphasizes the engineering influence in Festival Mall, Alabang, as the structures of the mall are a result of the hard work and dedication of engineers.

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This image takes us to a beach in Sariaya, Batangas, where we can observe the connection between STEM and biology and marine life.

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Lastly, we have an image of Enchanted Kingdom in Santa Rosa, Laguna, a theme park that showcases the integration of technology in its rides, which are primarily driven by science, mathematics, and technology.  

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This picture was taken at the time of my 18th birthday. Blessed with greenery, this photo helps us STEM students be educated with the nature around us.

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The relation of the STEM strand and this photo is that it shows how math really is needed for us to understand and create such beautiful or simple structures like these called Architechture.

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This photo takes place at Hundred Islands where it showcases the wonder of what the world has to offer. It shows that STEM can teach us how these mountains an islands form in relation to Earth Science.

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The relation of this photo to the STEM strand is that it shows that we really need math in order to create and understand how these strucutre come about.

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STEM can sometimes teach us how we can be resources and appreciate nature at the same time. This photo took place at some Sand Dunes where we can fully embrace both the fresh skiesand what the world had to offer.

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The relation of this photo to the STEM strand is how agriculture works. We can bring out more of the world with the help of people and doing good to it rather than destroy it. This photo was taken along our road trip. (Grape Farm)

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This image captures the essence of engineering in Kuala Lumpur, showcasing the structures built by skilled engineers.

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This image takes us to a beach in Sariaya, Batangas, where we can observe the connection between STEM and biology and marine life.

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Another image that highlights the engineering prowess in BGC, Taguig, where the buildings stand as a testament to the expertise of engineers.

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This image further emphasizes the engineering influence in Festival Mall, Alabang, as the structures of the mall are a result of the hard work and dedication of engineers.

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Lastly, we have an image of Enchanted Kingdom in Santa Rosa, Laguna, a theme park that showcases the integration of technology in its rides, which are primarily driven by science, mathematics, and technology.

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I traveled to Baguio to explore its rich biodiversity and experience how its cool climate supports a variety of plant species, which relates to my STEM studies on ecosystems and environmental science.

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I traveled to Tilapilon Hills in Doña Remedios Trinidad (DRT), Bulacan, and was amazed by the simple yet brilliant engineering behind the structures built there. The hut I'm sitting in may look basic, but it showcases essential STEM concepts from understanding balance and weight distribution (Engineering) to using local, sustainable materials (Science and Technology) for construction. Observing how traditional knowledge applies physics and resource management firsthand gave me a deeper appreciation for how STEM principles are present even in the most rural, natural settings.

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I visited the timezone in Robinson Manila that instantly reminded me of how STEM (Science, Technology, Engineering, and Math) can be found everywhere. The shelves were filled with toys like building kits, educational games, and even mini science experiment sets. It felt just like when I traveled to Timezone in Robinsons Manila, where technology and engineering are combined in all the arcade machines. Seeing toys like robotics kits and mini keyboards made me realize that STEM isn’t just in school it''s also in the fun, creative spaces we enjoy.

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Taken at a resort in Pangasinan, this relates to STEM because of the various plants that surround the pool.

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Taken at the Baguio branch of SM, this relates to STEM through the construction of its infrastructure.

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Taken in Batangas, this relates to STEM because of the marine life found in the water.

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Taken in Makati, this relates to STEM through the knowledge of architecture, adding insight into how the structure of the place was built.

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Taken in Burnham Park, Baguio, this relates to STEM because of the knowledge needed to create the fountain, angling the water to create a mesmerizing pattern.

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Sure! Here's a simple, short, one-sentence version:

I traveled to Baguio and saw how STEM helps build strong roads, predict the weather, and grow fresh crops.

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When I go on the basketball court, I use STEM by shooting with angles (math), moving with force (science), playing on special shoes (technology), and using a court built strong and exact (engineering).

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I traveled to the Candle Monument in Bulacan to explore how science, technology, engineering, and mathematics (STEM) are reflected in its design and historical significance.

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I go on the basketball court because it’s where science, technology, engineering, and math come together to turn strategy into action.

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I traveled to Baguio to explore its cool climate and lush environment, appreciating how science, technology, engineering, and math (STEM) help preserve its natural beauty.

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During our trip to Bohol last year, we went to go see the famous Chocolate Hills. The wind blew strong ontop of the the view site, and it was a very scenic experience. I can relate these hills to STEM by observing their geological and environmental nature. Their formation involves study of soil composition, limestone weathering, and related natural processes through time.

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Yale university knows as one of the big 4 schools, has thought numeral students excellent education. Even covering all of the subjects we have in STEM. They excell in learning and teaching more knowledge of mathematics, and other matter

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This temple gives a deep understanding or self explanation of life and death. Which covers our subject under stem in learning true self. Not only that this temple is known by using only wokd techniques to click each wood without any nails and pther tools to support planks. Which showcases its magnificent engineering during decades ago.

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With its fascinating structure and design, this temple is created to pray to the Gods of those they believe in. By studying its unique and advance construction of intricate design, emphasize the thought in creating the temple.

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Under stem we learn the nature or importantly the environment sorrounding is. This picture I took and see gives me a great study to learn how this volcano is a perfect cone shaped. And through general biology, we are thought by numerous erosion and explosion of the volcano, the lava slowly carved the shape pf this volcano.

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This is my trip to the birj khalifa. This world-renowned building is complex as it involved highly advanced levels of engineering, physics, and architectural design to keep it stable for its unbelievable height. This structure is a good example of how STEM fields works to push the capabilities of human creativity and ingenuity.

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Some buildings in singapore are required to replace all of the lot they have excavated, to be planted in their buildings, to reproduce and not lose any precious plants. This gives study about the importance of plants and its objectives and its roles in our strand.

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My trip here is by far my most favorite part of two years ago. Ferrari world had everything from a fun roller coaster, a museum of the greatest sports cars in history, and even car meets with real ferrari owners. I relate this to my strand because of the genuis it takes to engineer and manufacture these amazing cars to be one of the best-performing vehicles of our time.

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Another great tourist attraction in dubai that me and my family went to visit two years ago. This glass house was way bigger on the inside than it looks outside. This takes high levels of engineering to create this glass dome-like structure with stability, as well as great knowledge in technology for its climate control systems to keep these plants alive and thriving.

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The best time to go here is during the night, where the city lights and the ambient glow from the ocean are at its most beautiful. This is where I had my 16th birthday, and I really enjoyed our time there. I relate this to my strand because it, once again, displays just how great engineering and architecture is in Dubai. There is very few places in the world that can match the genius that the UAE has in creating structures.