A close-up of ramen noodles softening in a pot of boiling water as a student stirs them with a fork.

Ramen Around the Heat: Sixth Graders Cook Up a Lesson in Energy

DD4 Communications

November 5, 2026

At WMS, Mrs. Joni Whitlatch's sixth-grade science lab, the big question was: How does heat travel from a hot plate to a bowl of ramen? The answer came with bubbling water, curious scientists, and the unmistakable aroma of ramen noodles in the classroom and even down the hall.

With adult supervision, students watched as water warmed and the noodles softened. Their mission wasn’t just to make a tasty snack, it was to spot three ways thermal energy moves: conduction, convection, and radiation. The class found that science can be both a hot topic and a little soupy.

Students observed how energy traveled through the setup. The hot plate warmed the pot where they touched, water circulated as it heated, and energy from the heating element reached the pot without direct contact. The noodles, meanwhile, went from stiff to slurp-ready; a change students could see while connecting classroom ideas to an everyday meal.

The Science, Served Simply

  • Conduction: Heat moves through direct contact. The hot plate warms the pot, and the pot transfers energy to the water touching it.

  • Convection: Heat moves as liquids or gases circulate. Warmer water rises while cooler water sinks, helping spread energy through the pot.

  • Radiation: Energy travels in waves, without needing direct contact. The heating element can transfer energy to the pot this way.

Together, these processes help warm the water and cook the noodles. The lab gave students a chance to observe, describe, and compare how energy moves through a real system.

The lesson also came with an important reminder: hot equipment, boiling water, and steam can cause burns. Students observed and participated only under teacher supervision, following classroom and lab safety procedures; adults handled hot surfaces and liquids.

By the end, students had practiced scientific observation and explanation while seeing heat transfer in action. Parents and community members can be proud: these young scientists were asking sharp questions, sharing evidence, and having a genuinely good time. It was a noodle-worthy day of learning.

Article by Joni Whitlatch

A student leans over a paper bowl of chili-flavored ramen, lifting a forkful of noodles to her mouth, with the seasoning packet beside the bowl.Two students stand at a science lab counter by a window, where a pot of water heats on a hot plate next to packs of beef and chicken ramen noodles. One student fills out a lab worksheet with a pencil.A student in a pink hoodie takes a bite of ramen noodles from a paper bowl next to her completed worksheet, which includes drawings and answers about conduction, convection, and radiation.A student squeezes his eyes shut with a big grin while slurping ramen noodles from a paper bowl, his lab worksheet on the table in front of him.An overhead view of a pot of water on a hot plate, with small bubbles forming across the bottom as the water begins to heat.Students line a long lab counter with pots of water heating on hot plates, recording observations on their worksheets while packs of ramen noodles wait nearby.