Key Takeaways
- Joseph Rusk, an electrical and computer engineering senior, redesigned the traditional breadboard to make electronics learning more intuitive for beginners.
- His solution adds snap‑on templates and kid‑friendly instructions that cover unused holes, clarifying internal row connections.
- The innovation led to the creation of The BreadBoard Company, which he is taking to pitch competitions across campus.
- Rusk will compete in Alabama Launchpad’s 2026 Cycle 1 Technology Division finals for a $75,000 seed prize on May 7 in Birmingham.
- Auburn Engineering coursework and resources have been instrumental in shaping both his technical understanding and entrepreneurial confidence.
- Long‑term goals include beginner‑friendly kits, Arduino‑based coding introductions, branded components, and themed Lego‑style robotic sets.
- The venture aims to boost children’s electronics literacy and make hands‑on STEM accessible from an early age.
Introduction and Motivation
Joseph Rusk’s journey began with a simple observation: traditional breadboards, while invaluable for prototyping, can be overwhelming for newcomers. Hundreds of tiny holes hide the underlying row connections, and without prior knowledge, beginners often struggle to place components correctly. Rusk, a rising senior in electrical and computer engineering at Auburn University, felt this barrier firsthand while volunteering as director of STEM Education for TigerWings, an after‑school nonprofit. He realized that a visual aid that masks unused holes could dramatically reduce confusion, turning a frustrating experience into an empowering one. This insight sparked the idea for a redesigned breadboard paired with clear, kid‑friendly instructions and snap‑on templates.
The Innovative Breadboard Design
Rusk’s redesign retains the reusable, solder‑less nature of a standard breadboard but introduces a set of removable templates that snap onto the board. Each template features cut‑outs aligned with the rows and columns actually used in a given circuit, while the remaining holes are covered by opaque plastic. By hiding the extraneous holes, the template visually guides the user to the correct insertion points for resistors, capacitors, transistors, and other components. Accompanying the hardware are step‑by‑step instructions written in accessible language, complete with diagrams that show exactly where each part belongs. The combination transforms the abstract concept of internal connectivity into a concrete, tactile learning tool.
From Idea to Company: The BreadBoard Company
After prototyping several template designs and testing them with middle‑school students in TigerWings’ workshops, Rusk confirmed that the approach significantly improved comprehension and confidence. Encouraged by the positive feedback, he formalized the effort into a venture called The BreadBoard Company. The company’s mission is to produce and distribute beginner‑friendly electronics kits that integrate the templated breadboard, instructional booklets, and a curated selection of basic components. Early prototypes have been 3D‑printed and laser‑cut, allowing rapid iteration based on user testing. Rusk’s entrepreneurial steps included filing a provisional patent for the template system, establishing a brand identity, and preparing a scalable manufacturing plan that leverages local makerspaces and potential overseas partners for volume production.
Pitch Competition Journey and Alabama Launchpad
Before aiming for the state‑level stage, Rusk honed his pitch through a series of campus competitions. He presented at Ideas Jam, the Halloween Pitch Competition, and Tiger Cage, each event offering valuable feedback on his value proposition, market strategy, and presentation style. These experiences helped him refine his narrative, sharpen his financial projections, and anticipate judges’ questions. Building on that momentum, Rusk earned a spot in Alabama Launchpad’s 2026 Cycle 1 Technology Division finals. Alabama Launchpad, administered by the Economic Development Partnership of Alabama, is the state’s premier early‑stage seed fund, providing mentorship, expert guidance, and the chance to win up to $75,000 in funding. On Thursday, May 7, in Birmingham, Rusk will join five other startups in a 15‑minute pitch followed by a 40‑minute Q&A panel of industry professionals. The competition represents a critical milestone that could provide the capital needed to move from prototype to initial production run.
Support from Auburn Engineering and Academic Background
Rusk credits much of his technical readiness to Auburn Engineering’s curriculum and resources. Courses such as Electric Circuit Analysis gave him a deep understanding of how resistors, capacitors, and transistors interact within a breadboard, which directly informed the design of his templates. Hands‑on lab work—like building a radio on a breadboard during class—reinforced the practical challenges beginners face and validated the usefulness of his solution. Beyond coursework, Auburn’s entrepreneurship ecosystem, including the Auburn Research and Technology Foundation and various student‑run incubators, offered mentorship, networking opportunities, and access to prototyping tools. This academic foundation not only strengthened his product but also bolstered his confidence when presenting to seasoned judges and potential investors.
Vision for Future Products and Educational Impact
Looking beyond the immediate goal of winning seed funding, Rusk envisions a scalable educational platform that grows with learners. The first stage will feature beginner kits that teach breadboard fundamentals using resistors, capacitors, and LEDs, accompanied by story‑driven booklets that contextualize each component’s role. Subsequent kits will introduce Arduino‑compatible boards, enabling users to explore basic coding and sensor integration. Ultimately, Rusk hopes to develop a line of branded components—motors, servos, various sensors, and even micro‑controllers—designed to snap seamlessly onto his templated breadboard. To capture younger imaginations, he plans to create themed robotic kits inspired by popular franchises such as Marvel or DC, turning circuit building into a narrative adventure. By aligning product development with recognized STEM standards, Rusk aims to make electronics literacy as approachable as learning to read or do basic arithmetic, thereby broadening participation in engineering fields from an early age.
Conclusion and Outlook
Joseph Rusk’s initiative exemplifies how a keen observation of a learning barrier can evolve into a tangible educational innovation. His redesigned breadboard, paired with intuitive templates and clear instructions, addresses a longstanding challenge in introductory electronics: the abstraction of internal connections. Through iterative prototyping, campus pitch competitions, and the support of Auburn’s academic and entrepreneurial ecosystems, Rusk has positioned The BreadBoard Company for a potentially transformative impact on STEM education. The upcoming Alabama Launchpad finals offer a pivotal opportunity to secure the funding needed to scale production, refine the product line, and begin distribution to schools, after‑school programs, and home learners. If successful, the venture could help demystify electronics for countless children, fostering a generation that views circuit building not as an intimidating hurdle but as an accessible, creative gateway to technology.