Students will create an infographic that visually represents the process of how an electric current can produce a magnetic field and vice versa, using renewable energy examples. This will assess their ability to distill complex ideas into an accessible and engaging format. less

Students will conduct an energy audit of a local building or facility, compiling their findings into a report that highlights inefficiencies and suggests improvements using renewable energy sources. This report will demonstrate their understanding of resource management and real-world energy challenges. less

Students will create and deliver an engaging presentation that demonstrates how electric currents produce magnetic fields and vice versa, using real-world scenarios and experiments to illustrate key concepts. less

Students will compile a detailed report analyzing the current challenges in local electricity distribution and propose solutions for integrating renewable energy sources, emphasizing the needs of low-income communities. less

Students will build a scale model of their home electrical system using sustainable materials, showcasing their ability to apply engineering principles and integrate renewable energy solutions. less

Students will present their engineered home models, demonstrating the integration of renewable energy sources and explaining the system's efficiency, resource management, and impact on low-income communities. less

Students will write a reflective essay discussing the personal and community impact of their redesigned electrical system, focusing on how sustainable design can address energy inefficiencies and promote environmental and financial benefits for low-income households. less