Ingeniería de energías renovables: proyectos prácticos de ingeniería STEM que utilizan energía solar, eólica, hidroeléctrica, biomasa y diseño de hogares inteligentes para edades de 7 a 12 años (piense como un ingeniero)

Descripción

Del editor Think Like an Engineer La serie Think Like an Engineer ayuda a niños de 7 a 12 años a desarrollar el pensamiento de ingeniería al convertir conceptos científicos en sistemas de trabajo reales. A lo largo de cinco libros conectados, los jóvenes ingenieros siguen el mismo proceso práctico: CONSTRUIR → PROBAR → MEDIR → MEJORAR Cada desafío práctico STEM conecta grandes ideas con la ingeniería del mundo real. Utilizando materiales domésticos y de manualidades accesibles, los niños resuelven problemas, recopilan pruebas, solucionan problemas en sus diseños y descubren cómo los cambios bien pensados ​​pueden conducir a mejores soluciones. Un proceso de ingeniería real en cada proyecto 1. Diseño y construcción Comience con un problema del mundo real, reúna materiales domésticos y artesanales accesibles y siga pasos visuales claros para crear un sistema que funcione. Los jóvenes ingenieros toman decisiones de diseño decididas y descubren cómo cada componente contribuye al resultado final. 2. Pruebe y mida Complete pruebas repetidas en condiciones de prueba consistentes. Mida la distancia, el tiempo, la velocidad, la capacidad, la temperatura, la confiabilidad o la eficiencia, según el proyecto, luego registre los resultados y use evidencia para comparar el desempeño. 3. Solucionar problemas y mejorar Cuando un sistema no funciona como se esperaba, examine sus conexiones, alineación, fricción, equilibrio o estabilidad. Cambie una característica de diseño a la vez, vuelva a probar y compare las nuevas mediciones para determinar si el rendimiento mejoró. More Than Quick Science Experiments Each book includes five connected engineering projects that progress from a core concept to an applied system. Every project includes: Illustrated materials and building stepsRepeated trials, measurements, and simple calculationsFair-testing and variable-control questionsTroubleshooting and structured improvement levelsScience explanations and real-world connectionsReflect & Explain questions and complete answer keys Young engineers measure performance, compare designs, explain results, and use evidence to improve their solutions. Forces and Motion Engineering: Hands-On STEM Projects for Kids Ages 7–12: Bui... Electricity and Magnetism Engineering: Hands-On STEM Projects for Kids Ages 7... Energy Systems Engineering: Hands-On STEM Projects for Kids Ages 7–12: Build,... Renewable Energy Engineering: Hands-On STEM Engineering Projects Using Solar,... Environmental Engineering: Hands-On STEM Projects for Kids Ages 7–12: Build, ... Add to Cart Add to Cart Add to Cart Add to Cart Add to Cart Customer Reviews — 1.0 out of 5 stars 1 — — — Price $14.99$14.99 $14.99$14.99 $14.99$14.99 $14.99$14.99 $14.99$14.99 1. Engineering Pathway Direct Force → Pressure → Balanced Forces → Fluid Forces → Mechanical Systems Electric Flow → Magnetic Fields → Electromagnetism → Applied Systems → Motion Energy Input → Storage → Release → Transfer → Connected Systems Solar → Wind → Hydropower → Biomass → Energy-Efficient Systems Containment → Purification → Emission Control → Carbon Capture → Resource Recovery 2. Hands-On Projects Balloon Car • Air Cannon • Turbo Glider • Soap Boat • Water-Lifting System Circuit • Compass • Electromagnet • Crane • Electric Motor Air Launcher • Rubber Band Car • Gravity Lift • Wind Lift • Chain Reaction Solar Oven • Wind Generator • Hydropower Generator • Biogas Model • Smart Home Oil-Spill System • Water Filter • Scrubber • Carbon Capture • Recycling System 3. Core STEM Concepts Force, motion, pressure, lift, drag, surface tension, friction, and flow Circuits, current, magnetic fields, electromagnets, force, control, and rotation Potential and kinetic energy, energy storage, transfer, transformation, motion, and reliability Heat transfer, renewable electricity, rotation, hydropower, biological gas production, and efficiency Containment, filtration, neutralization, gas treatment, mineralization, sorting, and recovery 4. Engineering Connections Vehicles, aircraft, boats, fluid systems, pumps, and mechanical devices Electrical controls, navigation, lifting equipment, generators, and motors Launch systems, vehicles, lifting machines, turbines, automation, and connected mechanisms Solar heating, wind power, hydropower, bioenergy, storage, and efficient buildings Spill response, water treatment, air-pollution control, carbon capture, and recycling facilities 5. Key Measurements Distance, time, speed, stability, control, rotations, and flow rate Reliability, settling time, lifting capacity, transfer efficiency, rotations, and RPM Distance, drift, lifting time, final height, completion time, and reliability Temperature change, rotations, RPM, balloon growth, energy use, and system performance Recovery volume, clarity, flow time, pH, cloudiness, contamination, and recovery rate 6. Engineering Skills Practised Design • Build • Test • Measure • Troubleshoot • Improve Design • Build • Test • Measure • Troubleshoot • Improve Design • Build • Test • Measure • Troubleshoot • Improve Design • Build • Test • Measure • Troubleshoot • Improve Design • Build • Test • Measure • Troubleshoot • Improve 7. Main Learning Focus H

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