How Redwood Day built a K-8 maker and design program in Oakland

In a typical week at 3245 Sheffield Avenue, Redwood Day's youngest students measure and build structures by hand while older students move into coding, circuitry, and digital fabrication. For East Bay families evaluating independent schools, assessing how a school delivers STEM education means looking past course titles to the dedicated physical spaces on campus. At Redwood Day, an independent K-8 school in Oakland, hands-on learning centers on purpose-built facilities including an Innovation and Design Studio and three distinct science labs. These spaces introduce fabrication, coding, and inquiry-based science starting in kindergarten, guiding students to develop the intellectual and emotional courage to be ready for anything.

The situation in 90 seconds

When families look for middle school STEM and innovation programs in the East Bay, they often meet school models that keep science, technology, and the arts in separate rooms. Academic coursework lives in one place, screen-based coding in another, and creative work somewhere else. That fragmentation treats building and computational thinking as disconnected electives rather than shared ways of solving problems.

Redwood Day was designed around physical and academic continuity across disciplines. The school's K-8 Innovation and Design Studio is a fully equipped shop with hand, power, and technological tools, and it sits alongside three dedicated science labs on the four-acre campus. Together these spaces give students room to design prototypes, test ideas, iterate when something fails, and connect abstract concepts to tangible objects.

The problem with traditional STEM delivery

Moving elementary and middle school students from textbook science to genuine inquiry presents real logistical hurdles. Standard classrooms often lack the storage and surfaces needed for multi-stage engineering builds. When students must pack away half-finished models every forty-five minutes so a desk can host the next lesson, complex projects never get off the ground.

Standard setups tend to share a few limitations:

• Shared academic tables restrict the footprint required for sprawling, multi-week builds and messy fabrication.
• Teachers without a dedicated workshop spend significant time setting up and breaking down materials, which keeps projects simple.
• Many schools wait until sixth or seventh grade to introduce real tools, missing the early window for spatial reasoning and hands-on dexterity.
• When a classroom has no room to test alternatives, students hesitate to take creative risks.

Teaching students to work through productive struggle takes spaces built for rapid trial, error, and redesign. Without dedicated workshop space and science sinks, real design iteration stays out of reach.

The approach to K-8 maker education

To make experiential learning central rather than supplemental, Redwood Day invested in dedicated spaces and specialist educators who connect an engineering mindset across grade levels.

Building the physical infrastructure

The foundation of this model took shape with the modern K-8 building completed in 2016. The Redwood Day campus sits on a four-acre footprint in Oakland bordered by a public park. Rather than squeezing maker carts into general-purpose rooms, the building includes dedicated, specialized facilities:

Having three separate science labs lets students work as active researchers starting in kindergarten. Rather than only reading about natural phenomena, students run experiments, observe physical systems, and collect their own data. Because the Innovation and Design Studio is equipped as a full shop, students move naturally from observing a scientific principle to building a solution. For a closer look at this mindset in action, read From Idea to Prototype: 5 Ways Redwood Day Students Build Courage in the STEM Lab.

Teaching across the grades

The Innovation and Design program is led by a Director of Innovation and Design and taught by dedicated specialist educators who work alongside core classroom teachers. The goal is continuity: the same hands-on, design-thinking approach runs from kindergarten through eighth grade, rather than appearing only as an upper-grade elective.

Instruction centers on design thinking. Students identify a real problem, research who it affects, sketch possible approaches, build prototypes, and test them. They learn the mechanics of physical assembly using everyday materials and hand tools before moving into coding, circuitry, and digital fabrication. Because the program removes the artificial divide between building things and working with technology, students come to see technology as a flexible tool rather than a separate subject.

Projects also connect to Redwood Day's commitment to embracing differences and building an inclusive community. Students are asked to consider real users, accessibility, and the viewpoints of people different from themselves, learning that design decisions carry real consequences for a community.

Extending beyond the classroom

The maker philosophy reaches past the regular school day. Signature programs like Oakland as a Classroom take students off campus to observe local systems, infrastructure, and environmental patterns firsthand. During seasonal breaks, Redwood Day runs summer camps that give elementary and middle schoolers more time to experiment with building, design, and applied science. Keeping the workshop active year-round reinforces maker thinking as a lasting habit of mind.

What this looks like in the classroom

Giving young learners real tools inside an intentional curriculum produces observable growth across the elementary and middle school years.

• Lower School students learn basic structural principles in the studio, measuring, joining materials, and testing whether their builds hold.
• Students move from hands-on construction with cardboard, wood, and hand tools toward coding, circuits, and digital design as they progress through the grades.
• Science classes collect real environmental data across the campus grounds and its gardens, then analyze what they find.
• Older students combine physical construction with the technology that controls it, treating building and programming as two parts of one engineering cycle.

What this means for your family

Evaluating a school's STEM program means looking at where it actually invests. Promotional language about twenty-first-century skills is common; facility design and staffing reveal real priorities.

When you tour prospective schools, look at the physical workshops. Notice whether lower-grade students have access to dedicated design spaces, or whether younger children stay at standard desks while the specialized labs are reserved for older grades. Notice whether maker education is staffed by specialist educators who collaborate with classroom teachers. A school that dedicates real square footage to three science labs and a full Innovation and Design Studio is making an active commitment to experiential learning.

Early access to hands-on building also reshapes how children handle failure. When a bridge buckles under weight or code returns an error, the mistake is not a verdict; it is direct feedback. Living through that cycle of failure, redesign, and eventual success builds genuine academic resilience. For families comparing schools in the East Bay, Finding Your Fit: 5 Key Questions to Ask When Choosing an Oakland Independent School offers more guidance on evaluating culture and facility investments.

To learn more about the academic program and community at Redwood Day, visit the Redwood Day website to arrange a campus tour and see the Innovation and Design Studio in action.