Science: The iron pour involves understanding the principles of metallurgy, thermodynamics, and heat transfer. Participants can learn about the physical properties of iron, how it changes states from solid to liquid and back, and the chemical reactions involved in the process. They also gain insights into safety precautions and environmental considerations.

Technology: The process of melting iron requires specialized equipment like a furnace or a smelter, temperature control mechanisms, and safety gear. Participants can get hands-on experience with operating the equipment and using technology to manipulate the iron's properties.

Engineering: Creating sand molds is a crucial aspect of the iron pour. Participants can learn about the engineering behind designing and crafting molds, including considerations for material strength, gating systems, and venting. The process also involves problem-solving and improvisation skills as participants troubleshoot and adjust the molds for better results.

Arts: Iron pours often involve artistic elements, as participants have the freedom to create unique designs for their molds. They can explore different shapes, patterns, and textures, combining science and engineering with their artistic vision. This blend of creativity and technical skills can enhance their artistic expression.

Mathematics: The iron pour requires precise measurements and calculations to determine the right amount of scrap iron, the appropriate temperature for melting, and the timing for pouring. Participants can apply mathematical concepts to ensure the success of the pour and the integrity of the cast iron.