STEM projects for 36 weeks of Grade 7, with a brief description for each project:
Week 1: Designing and Testing Rube Goldberg Machines
Design and build Rube Goldberg machines using everyday objects. Create a chain reaction that performs a simple task in a complex and whimsical manner.
Week 2: Investigating Renewable Energy Systems
Explore different renewable energy systems such as solar, wind, or hydroelectric power. Research their benefits, limitations, and potential applications in sustainable energy production.
Week 3: Coding with Python
Learn the fundamentals of coding using Python, a versatile programming language. Develop coding skills by creating programs, solving problems, and working with data.
Week 4: Designing and Testing Model Airplanes
Design and build model airplanes using lightweight materials. Test their flight performance and aerodynamics while understanding the principles of aviation.
Week 5: Investigating Cellular Biology
Study the structure and functions of cells. Explore topics such as cell organelles, cell division, and cellular processes through hands-on activities and microscopy.
Week 6: Designing and Testing Water Filtration Systems
Design and build water filtration systems using different materials and techniques. Test their efficiency in removing impurities and discuss the importance of clean water access.
Week 7: Exploring Circuit Design with Arduino
Learn about circuit design and electronics using Arduino boards. Build and program circuits to control external components and sensors.
Week 8: Investigating Earth’s Geology
Study Earth’s geological processes, rocks, and minerals. Explore topics such as plate tectonics, geological formations, and the rock cycle through hands-on experiments and research.
Week 9: Designing and Testing Paper Airplanes
Design and build paper airplanes using various folding techniques. Test their flight characteristics and explore principles of aerodynamics.
Week 10: Exploring Astronomy and Space Exploration
Investigate astronomical phenomena, such as stars, galaxies, and the universe. Learn about space missions, telescopes, and the latest discoveries in space exploration.
Week 11: Investigating Genetic Engineering
Explore the field of genetic engineering and its applications. Study genetic modification, gene editing tools, and the ethical considerations surrounding genetic engineering.
Week 12: Designing and Testing Model Roller Coasters
Design and build model roller coasters using materials like foam tubes, marbles, and tracks. Test their design, speed, and safety while understanding the physics of motion.
Week 13: Exploring Robotics and Artificial Intelligence
Learn about robotics and artificial intelligence. Design and program robots to perform specific tasks, and explore the ethical implications of AI.
Week 14: Investigating Sound and Music
Study the properties of sound waves, musical instruments, and the physics of music. Conduct experiments to understand pitch, frequency, and resonance.
Week 15: Designing and Testing Catapults
Design and build catapults using different materials and mechanisms. Experiment with different designs and launch distances to understand projectile motion and energy transfer.
Week 16: Exploring Coding with Scratch
Learn advanced coding concepts using Scratch, a visual programming language. Create interactive games, animations, or simulations while developing computational thinking skills.
Week 17: Investigating Environmental Conservation
Research environmental conservation initiatives and sustainability practices. Explore topics like biodiversity, habitat preservation, and human impact on ecosystems.
Week 18: Designing and Testing Wind Turbines
Design and build wind turbines using various materials. Test their efficiency in converting wind energy into electrical energy and discuss the advantages of renewable energy sources.
Week 19: Exploring Human Anatomy and Physiology
Study the structure and functions of the human body systems, including the nervous, endocrine, and immune systems. Create models or diagrams to understand their interrelationships.
Week 20: Investigating Fluid Dynamics
Explore the properties of fluids, including pressure, buoyancy, and flow. Conduct experiments to understand phenomena like Bernoulli’s principle and viscosity.
Week 21: Designing and Testing Model Greenhouses
Design and build model greenhouses using transparent materials and environmental controls. Test their effectiveness in maintaining optimal conditions for plant growth.
Week 22: Exploring Coding with Micro:bit
Learn coding and electronics using Micro:bit microcontrollers. Create projects that involve sensors, displays, and interactions, developing computational and hardware skills.
Week 23: Investigating Forces in Motion
Study the relationship between forces and motion, including concepts like inertia, friction, and momentum. Conduct experiments to observe and analyze these principles.
Week 24: Designing and Testing Solar-Powered Vehicles
Design and build solar-powered vehicles using solar panels and other materials. Test their speed and efficiency while exploring the principles of renewable energy and transportation.
Week 25: Exploring Nanotechnology Applications
Learn about nanotechnology and its applications in various fields. Explore nanomaterials, nanoparticles, and their impact on medicine, electronics, and other industries.
Week 26: Investigating Human Reproduction and Development
Study human reproduction, fertilization, and the stages of embryonic development. Learn about the reproductive system and the process of human growth.
Week 27: Designing and Testing Water Rockets
Design and build water rockets using plastic bottles and other materials. Test their flight distances and explore principles of aerodynamics, pressure, and propulsion.
Week 28: Exploring Coding with JavaScript
Learn web development and coding using JavaScript. Create interactive web pages and games while developing programming skills.
Week 29: Investigating Environmental Pollution
Research different types of pollution, such as air pollution, water pollution, or plastic pollution. Explore their causes, impacts, and potential solutions.
Week 30: Designing and Testing Model Suspension Bridges
Design and construct model suspension bridges using materials like popsicle sticks, string, and weights. Test their strength and stability while understanding the principles of bridge engineering.
Week 31: Exploring Human Brain Function
Study the structure and functions of the human brain. Explore topics such as memory, perception, and the effects of drugs on brain function.
Week 32: Investigating Microorganisms and Diseases
Study microorganisms, including bacteria, viruses, and parasites, and their role in causing diseases. Explore topics like infectious diseases, immunity, and public health.
Week 33: Designing and Testing Gliders
Design and build gliders using lightweight materials like balsa wood or foam. Test their flight performance and investigate the principles of aerodynamics.
Week 34: Exploring Coding with C++
Learn the basics of coding using C++, a powerful programming language. Develop coding skills by creating programs, solving problems, and working with data.
Week 35: Investigating Earth’s Climate Change
Study the science behind climate change and its impact on Earth’s ecosystems. Explore the causes, effects, and potential solutions for mitigating climate change.
Week 36: Designing and Testing Model Submarines
Design and build model submarines using materials like plastic bottles, syringes, and weights. Test their buoyancy, stability, and propulsion while understanding the principles of underwater vehicles.
These Grade 7 STEM projects aim to engage students in hands-on learning experiences while exploring a wide range of scientific and technological concepts.