Max Robotics — Global Service Robot Directory + US Certification

About

Daniela Marghitu is a pioneering force in broadening participation in computing, with her research squarely focused on K-12 computer science education, inclusive robotics, and creative approaches to bridging the gender gap in technology. Her most influential work, "A Survey on Robotic Educational Platforms for K-12" (2012), established a foundational framework for understanding how robotics can serve as an engaging entry point for young learners. Marghitu's signature contribution is her three-step ladder model of computing instruction, detailed in her 2013 paper on the Auburn University Robo Camp, which guides students from simple environments like Kodu through Alice and into Lego robotics. This scaffolded approach has become a widely adopted outreach strategy. Her most recent work, "Striking a Chord through a Mixed-Methods Study of Music-Based Learning" (2024), represents an innovative leap, leveraging music and creativity to address the persistent gender gap in computer science—a study that draws on Bandura's social cognitive theory. Through her outreach programs and hands-on workshops, including the influential "Computer Science Unplugged" activities, Marghitu has demonstrated that computational thinking can be taught effectively without screens, making her a vital voice in making computer science accessible, engaging, and equitable for all students.