The Innovation of The Circuit For All Kitchens

Hey Visitor! In our Urban Planning class, we delved into the history of the "War of the Currents." We learned a variety of concepts regarding electricity; like its significance in modern society, the path it takes when traveling, how circuit diagrams aid in understanding its flow, the tools involved in circuits, and the different types of circuits that exist. Along this course, we encountered math variables such as "current," "amps," "voltage," "resistance," and "power." So we can use these variables to apply them to formulas like Ohm's Law (Voltage = Current x Resistance), then we  learned Coulomb's law and discovering the similarities to Newton's Universal Gravitation Law on a smaller scale.

For our project, we were assigned the task of designing a circuit containing five resistors, one parallel branch switch, and a main switch. Our personal objective was to incorporate this circuit into a kitchen setting, envisioning the appliances it would power. My partner and I chose to focus on optimizing energy efficiency in the kitchen, aiming to minimize power consumption and reduce costs in the most energy-intensive room of a household. Despite facing challenges during the construction of the circuit board, we persevered and completed it within the designated timeframe.

Admittedly, we lacked an original foundation for our circuit, which may not have been the ideal starting point for the project's physical phase. However, we managed to create the final circuit sketch that guided our work.

As mentioned earlier, our appliance selection was based on their lower wattage and energy-saving qualities compared to the average alternatives. This choice is supported by the typical kitchen appliances found in an average person's home, emphasizing our commitment to sustainability and aligning with Sustainable Development Goal 7. Furthermore, we prioritized appliances that minimize environmental damage, such as electric ovens, and operate without gas, thereby reducing carbon footprints.

Throughout the entire process, we encountered numerous challenges, particularly in dealing with short circuits. Thanks to the support of our classmates and teacher, we gained a visual understanding of how electricity flows through a circuit. Rather than disassembling the circuit piece by piece, we were able to pinpoint the exact cause of the short circuit.

Overall, despite the obstacles we faced, I take pride in our perseverance and timely completion of the project. It allowed us to deepen our knowledge of circuits, electrical principles, and sustainable practices.