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About

Timothy F. Slater is an astronomy education researcher whose work sits at the intersection of pedagogical innovation, technology integration, and science learning. Best known for his contributions to remote and robotic telescope instruction, Slater has dedicated much of his career to solving one of astronomy education's most persistent challenges: providing authentic observing experiences to students constrained by geography, urbanization, or daylight hours. His widely cited 2014 paper proposing an astronomy learning progression for remote telescope observation — garnering 20 citations — laid a conceptual framework that has meaningfully shaped how educators approach telescope-based learning in the digital age. Slater's research extends into teacher perceptions of emerging technologies, including his mixed-methods investigation into how science educators view platforms like SLOOH robotic telescopes, offering rare insight into the practitioner's perspective. His interdisciplinary reach is also evident in work connecting computer science and engineering education to creative pedagogy, accumulating 16 citations. Across his portfolio, Slater champions the democratization of astronomy education, ensuring that research-grade tools and authentic scientific experiences are accessible to diverse student populations — a mission that continues to resonate with educators worldwide.