Walk into Ms. Dana Palmer's STEM lab at Sowers Middle School on any given afternoon, and your senses get a quick recalibration. The Artemis II launch is streaming on the projector, not as a lesson, just as an ambient atmosphere. Somewhere, a robotic arm whirs through a half-finished sequence. A group of eighth graders huddles over a laptop, locked in an intense, healthy argument about whether their conveyor timing is off by half a second or a full one.

This is a combo class: introductory and advanced STEM- Automation and Robotics students sharing the same room, the same energy, and the same high expectations. For Palmer, that was always the point.

"The leadership and student-led learning that comes to life because of this format is truly inspiring," said Ms. Dana Palmer, STEM teacher.

While younger students work on robotic arm fundamentals at one end of the room, the advanced cohort, primarily eighth graders, has spent weeks on something more ambitious: a five-segment automated factory line built using VEX robotics that must move an object from a Start Zone to a Final Zone entirely on its own. No driver. No remote.

Each team owns one segment. Each segment has a goal: receive the object, perform a function, and pass it cleanly to the next station. The system came to life through an impressive range of components: rack-and-pinion mechanisms, chain drives with claws, timed sensors, distance optical sensors, and color sensors, each serving a distinct purpose along the line. Using VEX components and programming tools, teams planned their sections independently, then had to make everything talk to each other. Teams even engineered blockades at the handoff points to control the flow between stations. That handoff problem, it turns out, is where most of the real engineering happened.

No project of this scope goes smoothly, and Palmer wouldn't want it to. The redirections have been as instructive as the wins. Timing mismatches between stations. Objects that worked perfectly in isolation but stalled at the handoff point. Code that made complete logical sense until the physical world had other ideas.

The wins? Watching a student who'd been stuck for two days suddenly see the fix. Segments that now fire in clean sequence. And the quieter victory: students who helped their teammates in a section because they remembered exactly what it felt like not to understand something yet.

"Everyone serves a really important role, so I'm really happy with how this project turned out," said Sloan, an eighth-grade student. For Sloan, the biggest takeaway wasn't found in the mechanics or the code; it was the teamwork and collaboration that carried the project forward. She also credits her time in STEM with building something harder to measure but just as important: the confidence to take on challenges and see them through.

The project is built on a partnership model, and teams broke the challenge into pieces from the very first blueprint session, working simultaneously rather than in sequence. That parallel structure mirrors how real engineering teams operate, and students said they felt that.

Ask the students what they've learned, and they don't immediately talk about code or conveyor mechanics. They talk about communication, the friction of merging five independently built systems, the patience it takes to debug someone else's logic, and the strange satisfaction of watching something you built become part of something bigger than itself.

This kind of experience is the result of intentional collaboration among Food & Nutrition Services, school communities, local growers, and dedicated parent organizations, all working together to provide students with a unique learning experience.

That spirit of partnership is also at the heart of HBCSD's Harvest of the Month program. Running October through May, the program features a different locally grown fruit or vegetable each month, sourced from small farms across Southern California through Old Grove Orange. From organic dragon fruit to cherry tomatoes, students explore each harvest through classroom materials aligned with California health standards, woven into science, social studies, and English language arts lessons, and participate in taste tests that may introduce them to something entirely new.

The learning doesn't stop at the classroom door. Each month's featured produce also appears on the cafeteria lunch menu the following week, creating a full-circle experience that connects what students learn to what lands on their plate.

From a farmers market in a Hawes classroom to a blood orange on a lunch tray, HBCSD's food and nutrition programs are proving that when schools, families, and local farmers come together, students get something truly nourishing, in every sense of the word.

While most students are just arriving on campus, the Secliff Elementary Sea Star News (SSN) team is already in motion. Cameras are being positioned, scripts are in hand, and students move with purpose, checking lighting, adjusting sound, and capturing footage throughout the grounds. There is a quiet buzz of anticipation as the news crew prepares to bring their latest broadcast to life.