Curriculum (STEAM)
STEAM Methodology
The STEAM education model at Sampoerna Academy is an instructional approach that emphasizes collaboration and personalized learning. In through-STEAM learning, student groups engage in a meaningful inquiry that is of personal interest to them.
These problems are real-life oriented, either curriculum-based or not, and often interdisciplinary. Learners decide how to approach a problem and what activities or processes they will perform. They collect information from a variety of sources, and then analyze, synthesize, and derive understanding from it.
STEAM Benefits
STEAM education is about creating an environment where students can fully participate in their learning and actively shape their skills, mindsets, and literacies through various meaningful and engaging projects.
Dive into the world of Science, Technology, Engineering, Arts, and Mathematics at the STEAM Expo & Competition 2025!
This annual exhibition showcases innovative projects, hands-on workshops, and exciting competitions for students and STEAM enthusiasts. It’s an unmissable event to witness the power of STEAM in action!
Why Attend the STEAM Expo & Competition?
- Opportunities for students to showcase their talents.
- Interactive exhibits for families..
- Networking with educators, professionals, and peers in STEAM fields.
Stay tuned for more details and save the date to join us in celebrating the spirit of innovation and creativity!
Students Achievement
Grade 8 students from Sampoerna Academy Jakarta have developed “Wintint,” a smart window that utilizes PDLC (Polymer Dispersed Liquid Crystal) film technology to seamlessly adjust its opacity via an app. This innovative solution addresses critical issues like light pollution, energy consumption, and privacy.
This remarkable project showcases these young innovators ability to tackle real-world challenges, apply scientific principles, and collaborate effectively to deliver impactful solutions. It also reflects the transformative power of STEAM education in nurturing the leaders of tomorrow.
Experiment & Research Projects
SA L’Avenue G5 Aline -
Why does Fruit Turn Brown?
Fruits and vegetables turn brown because of enzymatic browning. It is a reaction when chemicals inside the fruit come...
More Info
SA Medan G4 Declan & Jerrick -
Sand in A Bottle
The goal of our project is to see the difference in rolling behaviour and speed of each bottles filled with sands.
More Info
SA Sby G8 Andrew -
Quick Cooling Bottles
This project aims to create ways to cool beverage faster
More InfoExperiment & Research Projects
SA L’Avenue G5 Aline -
Why does Fruit Turn Brown?
Fruits and vegetables turn brown because of enzymatic browning. It is a reaction when chemicals inside the fruit come...
More Info
SA Medan G4 Declan & Jerrick -
Sand in A Bottle
The goal of our project is to see the difference in rolling behaviour and speed of each bottles filled with sands.
More Info
SA Sby G8 Andrew -
Quick Cooling Bottles
This project aims to create ways to cool beverage faster
More Info
