In Portland, STEM teacher Fidel Ferrer is earning national attention for blending Lego robotics with a community-first approach that keeps students engaged and safe. Recently named GeekWire’s STEM Educator of the Year, Ferrer leads Project LEDO, a hands-on engineering program designed to give students of color a sense of belonging and a clear path into science and technology.
The recognition arrives as many schools work to reconnect students after years of disrupted learning. Ferrer’s classes and clubs meet after school on Portland’s east side, offering a space where teamwork, problem-solving, and identity are part of the curriculum. His goal is simple: give students the tools and support to stay curious, build confidence, and see a future in STEM.
Why It Matters Now
Educators across the country report uneven recovery since the pandemic. Attendance, motivation, and access to hands-on learning vary widely by neighborhood and income. Portland is no exception. Programs like Project LEDO try to close gaps by offering steady mentorship and low-cost entry points into engineering and coding.
Lego robotics fits this mission. The kits are modular, visible, and forgiving. Students can see cause and effect in real time as motors turn, sensors react, and code changes behavior. For beginners, it is an easy way to learn logic. For advanced students, it introduces design thinking and leadership.
Inside Project LEDO
Project LEDO blends classroom work with community support. Ferrer’s teams meet in school labs, libraries, and shared spaces. Sessions are structured but energetic. Students build, test, and revise in short cycles. The format invites trial and error without fear of failure.
- Hands-on builds teach coding, mechanics, and teamwork.
- Peer leaders guide new members and model problem-solving.
- Showcase days invite families to see projects and celebrate progress.
Parents and caregivers are part of the plan. Family events help demystify robotics and make the program feel welcoming. Ferrer’s team also coordinates with counselors and coaches so students get consistent support across school life.
A Safety Net and a Launchpad
The program is built as a safety net as much as a class. Regular meetings keep students connected to mentors during the hours when many feel most isolated. The social design—small teams, shared goals, and public showcases—helps students build trust and identity.
For many, Project LEDO becomes a launchpad. Alumni help coach younger peers and explore internships. Some move into more advanced coding or electronics. Others find that the teamwork skills carry into art, athletics, or student government. The core lesson stays the same: their ideas matter, and they belong in these spaces.
Equity at the Center
Ferrer’s approach reflects a growing shift in STEM education. It is not only about devices and code. It is about who gets welcomed and supported. By centering students of color, the program addresses long-standing barriers such as limited access to equipment, fewer role models, and narrow definitions of who “looks” like an engineer.
Educators in other districts have taken note. Some are exploring similar models that start with low-cost kits and grow into more advanced challenges as confidence rises. The method can scale because it uses common tools and shared community spaces.
What Comes Next
The award brings new visibility and potential partners. With attention from the tech community, Project LEDO could add more teams, train additional peer leaders, and deepen family outreach. The program may also expand its curriculum to include sensor networks, design software, or career talks from local engineers.
For now, Ferrer’s focus remains steady: show up, listen, and keep the doors open. In a time when many students need both structure and care, his work shows how a simple kit and a strong mentor can change the arc of a school year—and, for some, a future in STEM.
As the school year advances, watch for more student showcases, new team mentors, and partnerships that help keep robotics clubs free and accessible. The headline may be an award, but the real story is the daily practice of building, together, one piece at a time.
Senior Software Engineer with a passion for building practical, user-centric applications. He specializes in full-stack development with a strong focus on crafting elegant, performant interfaces and scalable backend solutions. With experience leading teams and delivering robust, end-to-end products, he thrives on solving complex problems through clean and efficient code.
