Pedagogical Approach
- Inquiry-Based Learning: Encouraging questioning and active exploration.
- Project-Based Learning (PBL): Focusing on real-world problem-solving.
- Experiential Learning: Hands-on activities and meaningful field trips.
- Collaborative Learning: Group projects supported by peer feedback.
Curriculum Chapters
- Grades 1–3: Exploratory Phase
- Grades 4–6: Application Phase
- Grades 7–8: Innovation Phase
- Advanced Breakdown for Grades 6, 7 & 8
- Rural School Adaptations & Special Supports
- Assessment, Evaluation & Teacher Training
Grades 1–3 (Exploratory Phase)
Objective: Introduce STEAM through play, observation, and simple experiments.
View Grade 1–3 Term Schedules| Term | Subject | Topic | Activity |
|---|---|---|---|
| Term 1 | Science | Water Cycle | Create a mini water cycle model using a plastic bag, water, and sunlight. |
| Tech | Intro to Computers | Basic typing and drawing using MS Paint/Tux Paint. | |
| Engineering | Simple Structures | Building bridges with popsicle sticks and testing strength. | |
| Arts | Nature Art | Leaf printing, rock painting using natural dyes. | |
| Math | Shapes & Patterns | Identifying shapes in nature and creating mandala art. | |
| Term 2 | Science | Plant Growth | Grow beans in a jar and track daily changes. |
| Tech | Intro to Coding | Simple commands in Scratch Jr. (Make a cat move). | |
| Engineering | Marble Run | Design a marble track using cardboard and tubes. | |
| Arts | Shadow Puppets | Create puppets and explore light & shadows. | |
| Math | Measurement Fun | Measure classroom objects using hands, sticks, and rulers. | |
| Term 3 | Science | Sink or Float | Test different materials in water (clay, wood, metal). |
| Tech | Digital Storytelling | Create a picture story using Canva/PPT. | |
| Engineering | Paper Airplanes | Test different designs to see which flies farthest. | |
| Arts | Recycled Art | Make sculptures from plastic bottles and waste. | |
| Math | Number Games | Hopscotch math (addition/subtraction). |
Grades 4–6 (Application Phase)
Objective: Apply STEAM concepts to real-world problems.
View Grade 4–6 Term Schedules
| Term | Subject | Topic | Activity |
|---|---|---|---|
| Term 1 | Science | Solar System | Create a scale model using clay and LEDs. |
| Tech | Scratch Programming | Design an interactive quiz game. | |
| Engineering | Earthquake-Resistant | Build and test structures with straws and rubber bands. | |
| Arts | Stop-Motion | Make a short film using clay and a phone camera. | |
| Math | Budgeting Project | Plan a mock "school fair" with costs and profits. | |
| Term 2 | Science | Waste Management | Composting experiment with food scraps. |
| Tech | Basic Robotics | Build a simple robot using a DIY kit or cardboard. | |
| Engineering | Water Filtration | Design a filter using sand, gravel, and charcoal. | |
| Arts | Digital Art & Design | Create posters on environmental awareness using Canva. | |
| Math | Architecture Geometry | Measure angles in local buildings. | |
| Term 3 | Science | Renewable Energy | Build a mini wind turbine or solar oven. |
| Tech | Website Design | Create a simple webpage about Nepal’s culture (Basic HTML). | |
| Engineering | Hydraulic Lift | Make a syringe-based hydraulic lift. | |
| Arts | Sound Science | Create instruments from recycled materials. | |
| Math | Data & Graphs | Survey favorite foods in class and plot a bar graph. |
Grades 7–8 (Innovation Phase)
Objective: Solve real-world challenges with advanced projects.
View Grade 7–8 Term Schedules
| Term | Subject | Topic | Activity |
|---|---|---|---|
| Term 1 | Science | Food Science | Make yogurt or pickles and study microbes (Fermentation). |
| Tech | Python Basics | Write a simple calculator program. | |
| Engineering | Arduino Projects | Build an LED traffic light system. | |
| Arts | 3D Modeling | Design a Nepali cultural artifact using Tinkercad. | |
| Math | Applied Algebra | Calculate loan interest for a small business idea. | |
| Term 2 | Science | Climate Change | Calculate personal carbon footprint and propose solutions. |
| Tech | App Prototyping | Design a "Nepal Tourism" app (MIT App Inventor). | |
| Engineering | Solar-Powered Car | Construct a small solar car model. | |
| Arts | Filmmaking | Produce a documentary on a local environmental issue. | |
| Math | Society Statistics | Analyze traffic data near the school for improvements. | |
| Term 3 | Science | Biotechnology | Extract DNA from strawberries. |
| Tech | AI & Chatbots | Train a simple chatbot using Google’s Teachable Machine. | |
| Engineering | Smart Irrigation | Build a moisture-sensing plant watering device. | |
| Arts | Augmented Reality | Create AR-enhanced posters using Artivive. | |
| Math | Cryptography | Learn Caesar cipher and encode messages. |
Advanced STEAM Curriculum for Grades 6, 7 & 8
Approach: Project-Based Learning (PBL) | Duration: Full Year
Grade 6: Theme – "Sustainable Technology & Environmental Science"
Term 1: Energy & Climate Solutions
- Science: Build Solar-Powered Water Heater; experiment with Wind Turbine blade designs (cardboard vs plastic).
- Technology: Program Lego Mindstorms to sort recyclables; Smart Irrigation soil sensors.
- Engineering: Green Architecture - Eco-Friendly house model using bamboo and recycled bottles.
- Arts: Environmental Activism - Upcycled Fashion Show; Stop-motion documentary on melting glaciers.
- Mathematics: Data Analysis - Plotting 20-year climate trends in Nepal.
- Cross-Cutting Project: "Smart Green Village" (Self-sustaining village design).
Term 2: Digital Innovation & Problem-Solving
- Science: Fermentation Lab (Gundruk/Yogurt); DNA Extraction experiment.
- Technology: Scratch Programming (Biodiversity quiz); MIT App Inventor (Waste Guide App).
- Engineering: Water & Sanitation - Bio-Sand Filter; Syringe-based Hydraulic Lift.
- Arts: 3D Modeling cultural artifacts (Tinkercad); Augmented Reality posters.
- Mathematics: Geometry & Algebra - Bridge Truss calculations; Caesar cipher challenge.
- Cross-Cutting Project: "Nepal’s Tech Expo" (Showcasing student inventions).
Grade 7: Theme – "Advanced Engineering & Computational Thinking"
Term 1: Robotics & Automation
- Science: Physics of Motion - Mousetrap Car race; Newton’s Laws Egg-drop challenge.
- Technology: Python Programming - Himalayan trek simulation; Data visualization of earthquake frequency.
- Engineering: Mechanical Systems - Cardboard Hydraulic Robotic Arm; Pneumatic Machines.
- Arts: Kinetic Art - Moving sculptures using gears/motors; Sound Wave pattern painting.
- Mathematics: Solve GPS-style coordinate puzzles; measure roof slopes of Nepali temples.
- Cross-Cutting Project: "Automated Nepali Farm" (Robotic seed planting/irrigation).
Term 2: Space & Aerospace
- Science: Astronomy - Water bottle rockets (launch angles); Scale models of the Solar System.
- Technology: AI Training for tourism bots; Google Earth deforestation analysis.
- Engineering: Aerospace Engineering - Paper helicopter optimization; Obstacle-avoiding Mars Rover prototype.
- Arts: Storyboarding life on Mars in 2050; Compose space-themed music (Audacity).
- Mathematics: Probability & Statistics - Rocket launch success rates; Break substitution codes.
- Cross-Cutting Project: "Nepal Space Mission" (Weather monitoring satellite payload).
Grade 8: Theme – "Future Technologies & Global Challenges"
Term 1: AI, IoT & Smart Cities
- Science: Nanotechnology - DIY Superhydrophobic coating; Bioplastic from milk/starch.
- Technology: Internet of Things (IoT) - Automate Smart Homes (Arduino); Weather station sensors.
- Engineering: Urban Planning - 3D-Printed flood-resistant city model; Traffic Flow simulation.
- Arts: Digital Fabrication - Laser-cut mandalas; Virtual Reality heritage tours (CoSpaces).
- Mathematics: Advanced Algebra - Simulate blockchain transactions; traffic congestion optimization.
- Cross-Cutting Project: "Smart City Prototype" (Integrating IoT, energy, and waste systems).
Rural School Support & Adaptations
Special Rural School Supports:
Low-cost solutions for resource-constrained environments:
- Mobile STEAM Kits: Magnifying glasses, measuring tapes, basic battery/wire circuits (rotation schedule).
- Expert Partnerships: Training teachers to use farming tools (plows) as levers for physics lessons.
- Indigenous Knowledge: Incorporating traditional earthquake-resistant designs.
- Low-Tech Substitutions: Geodesic domes via paper engineering; Arrow cards for physical "programming" logic.
Rural Lesson Plan Highlights
Solar Project: Instead of 6V panels, use cardboard and aluminum foil to make solar cookers. Study passive solar heating with black vs. white containers.
Water Filtration: Layering local materials: Large stones (riverbeds), charcoal (kitchen fires), and sunlight-sterilized sand.
Analog AI: Image classification through sorting local leaves by shape; creating farming decision trees (If-Then rules).
Housing: Flood-resistant models using bamboo-raised platforms with used tire foundations.
Assessment, Evaluation & Teacher Training
| Criteria | Advanced (4) | Proficient (3) | Developing (2) | Needs Work (1) |
|---|---|---|---|---|
| Creativity | Uses 5+ unconventional materials | 3-4 creative elements | Basic solutions | Minimal originality |
| Accuracy | <5% error margin | <10% errors | Needs 1-2 corrections | Major miscalculations |
| Teamwork | Delegates roles effectively | Cooperates fully | Needs prompting | Limited participation |
Evaluation Methods: Project Portfolios (Digital/Physical), Shark Tank-style pitches, Competency-Based Grading (Innovation, Collaboration, Accuracy).
Teacher Training Modules
- Workshop 1: Converting Farm Tools to Teaching Aids (Plow blades as inclined planes, bullock cart wheel ratios).
- Workshop 2: Making Science Journals from local materials (Banana paper lab notebooks).
Resources Summary
- 🛠️ Low-Cost: Cardboard, clay, recycled items, Arduino kits, Raspberry Pi.
- 💻 Digital: Python, Scratch, Tinkercad, Google Earth, CoSpaces, Artivive, Audacity.
- 🌍 Community: Local engineers, artists, environmentalists, and universities.
Teacher Note: Scaffold complexity by starting with guided projects before moving to open-ended challenges. Replace high-tech with analog where needed (manual data logging).
Conclusion: This year-long STEAM curriculum ensures active learning, cultural relevance, and real-world application while aligning with Nepal’s national framework.