MATTHEW HYATT: CO-FOUNDER / PRESIDENT

I'm a Robotics Engineer at Seegrid and a passionate Mechanical Engineering and Robotics graduate from Carnegie Mellon. I’ve built skills in AI, ML, CAD, and programming (Python, Java, C++, MATLAB), along with hands-on experience in advanced machining, rapid prototyping, and circuit board design.

Additionally, I developed assistive technology to support individuals with disabilities, earning an IP disclosure for my innovative design.

CONNOR HYATT: CO-FOUNDER

I’m an undergraduate student at Carnegie Mellon University, pursuing a Bachelor of Science in Information Systems with a minor in AI for Management. In 2024, I led my team to a first-place victory at the Pittsburgh ALPFA Business Case Competition. My technical expertise spans Python, Java, JavaScript, SQL, HTML, CSS, Pandas, Tableau, Excel, Git, PostgreSQL, AWS, and Figma.

Additionally, I am fluent in English, Japanese, and Spanish.

RYAN HYATT: CO-FOUNDER

I’m a student at Upper St. Clair High School, graduating in June 2025. Through Carnegie Mellon’s Pre-College Program, I’ve explored AI’s role in bridging linguistic divides and enhancing cultural learning experiences. Currently, I serve as Vice President of the National Honor Society. I also mentor freshmen through the USC Junior Mentor Program and volunteer with US Youth Soccer's TOP Soccer program, mentoring young athletes with disabilities. My extracurriculars include varsity volleyball, VEX robotics, and SPARK Students into STEM initiatives. With skills in Python, Java, and investment analysis, I’m eager to apply my global perspective and leadership to future opportunities in tech and finance with AI.

DR. KIM J. HYATT: CO-FOUNDER

I’m a professor at Carnegie Mellon University and the Executive Director of the Heinz Extended Reality (XR) Lab and Lending Library. Additionally, I’m a member of CMU’s University Education Council.

Previously, I won a CMU Teaching Innovation Award for my work developing a virtual reality (VR) application to improve public speaking skills using artficial intelligence, machine learning, and user reflections.