Energy: Sustainable Materials and Design

Model how array angle and latitude change annual solar yield, then compare vertical bifacial and tilted layouts with pvlib.

Build a machine-learning model that predicts biogas yield from feedstock traits and practice data cleaning, feature selection, and validation.

Test plasma electrolysis for ammonia synthesis, then measure yield with colorimetry and compare how setup choices affect reaction performance.

Test how Euglena alignment changes current density with light angle, and build skills in experimental design, bioenergy measurement, and data analysis.

Test how PDMS texture changes triboelectric output, then practice surface engineering, signal measurement, and data analysis for your fair project.

Build a self-powered soil-moisture monitoring system and test duty cycle, voltage stability, and energy harvesting over time.

Test how termite-inspired ventilation changes indoor temperature with CFD and a model house, and build real skills in heat transfer analysis.

Test how Ni-Fe plating time changes overpotential in alkaline water electrolysis and build real electrochemistry and data analysis skills.

Build a solar-thermal water-splitting study and learn how to measure heat transfer, reaction yield, and energy efficiency.

Test how tile microstructure changes energy per raindrop, then build a clean comparison of impact harvesting, signal output, and efficiency.