UA Little Rock Students Elevate Campus Observatory Experience for Community

The University of Arkansas at Little Rock (UA Little Rock) is celebrating a remarkable achievement by two of its Mechanical Engineering Technology (MET) students, Jerry Adcock and Andrew Harris. For their senior capstone design project, Adcock and Harris undertook a significant upgrade to the campus observatory, transforming its functionality and user experience. This initiative, according to a recent announcement from the University of Arkansas at Little Rock, not only provided invaluable hands-on experience for the students but also created a lasting asset for the university and the wider community.

Their project focused on modernizing the observatory's shutter mechanism, replacing a cumbersome hand-crank system with an efficient, button-operated electric one. This practical innovation addresses both ease of use and safety concerns, making the observatory more accessible for faculty, students, and the public who attend its popular astronomical events.

A Capstone of Practical Innovation and Dedication

The core of Adcock and Harris's project was to replace the aging, manually operated shutter system of the UA Little Rock observatory. The observatory, originally built in 1930, presented unique challenges for modernization. Professor Gregory Guisbiers, an associate professor of physics and astronomy, expressed a desire for a button-operated system, highlighting the need for a more convenient and professional solution. The students rose to this challenge, drawing on their academic knowledge and real-world ingenuity.

According to the University of Arkansas at Little Rock, the breakthrough came when Adcock's father, Tony, suggested using a garage door opener kit. This idea, as Adcock explained, "sparked the whole thing for us." The students then adapted this concept, installing a 20-volt battery inverter to power the mechanism without needing extensive electrical modifications. Adcock noted the significant "fabrication on our end" required to bring their vision to life, emphasizing the hands-on nature of their engineering education.

Professor Srikanth Pidugu, Yupo Chan Director of the School of Engineering & Engineering Technology, commended the students' exceptional dedication. He stated that their work "went well beyond the scope of a conventional senior capstone project." Unlike many projects that aim for a functional prototype, Adcock and Harris developed a system that is "much closer to a market-ready product," requiring a higher standard of reliability, robustness, and user-friendliness. This commitment ensures the observatory's improved system will serve the university for years to come.

Enhancing Learning and Community Engagement

The impact of this project extends far beyond a simple mechanical upgrade. For the students, it was a culmination of their engineering education, allowing them to apply theoretical knowledge to a tangible, real-world problem. Adcock reflected on the experience, saying, "I wanted to make a mark with my senior project," and found this project to be a spot where he could utilize "everything I'd learned in school and the workforce." Harris, who worked in the engineering office during his senior year, echoed this sentiment, noting the project's lasting utility: "This isn't going to get thrown away."

The improved observatory significantly benefits the university's academic programs, particularly in physics and astronomy. With easier operation, faculty like Professor Guisbiers can conduct observations more efficiently, enriching the learning experience for students engaged in scientific inquiry. Guisbiers expressed his gratitude, stating, "The observatory has now a fully electric dome rotation and dome opening which make it easier to operate and looks much more professional than the old system."

Moreover, the UA Little Rock observatory has become a vital community resource. After several years of inactivity, it was renovated and reopened in March 2025, spurred by public enthusiasm following the Great North American Eclipse in April 2024. Professor Guisbiers now hosts several annual observation events, offering both daytime and nighttime viewing opportunities to the public. The enhanced, user-friendly system ensures these community outreach efforts can continue seamlessly, fostering a love for science and astronomy in visitors of all ages.

For students and learners everywhere, projects like this highlight the power of applying academic knowledge to real-world challenges. Whether it's understanding the mechanics of an observatory shutter or mastering complex physics concepts, accessible learning support can make a significant difference. COSMIQ, a free voice-driven AI tutor, offers K-12 students personalized assistance across subjects, making complex topics more approachable and helping them build the foundational skills needed for future innovations.

A Testament to Collaboration and Future Impact

The success of "Project Stargate," as Adcock dubbed it, was a testament to the students' collaborative spirit. Adcock, with his extensive industry experience, and Harris, handling on-campus logistics and 3D printing, effectively divided and conquered the tasks. Their synergy not only led to a successful outcome but also fostered a valuable peer-learning environment. Harris graciously acknowledged Adcock's contribution, stating, "Jerry has industry experience, and this would not have been possible without his fabrication skills."

The project also had a direct positive impact on Harris's career trajectory. According to the University of Arkansas at Little Rock, the observatory dome project helped him secure a summer internship with the Little Rock Water Reclamation Authority, reinforcing his goal of working in public engineering. He hopes to design infrastructure that will "impact a large amount of people," reflecting the practical and community-focused ethos demonstrated in his senior project.

Adcock, balancing his studies with a full-time job and family, also found the experience at UA Little Rock transformative. He credited the university for its flexibility, stating it "made it work for me" despite his scheduling challenges. He added that his educational experience has "helped me be more prepared and professional" and allowed him to "help other people, too, which I really enjoy."

This initiative by Jerry Adcock and Andrew Harris is a shining example of how dedicated students, supported by engaged faculty and a forward-thinking institution, can create meaningful, lasting improvements that benefit the entire community. It underscores UA Little Rock's commitment to providing an educational environment where students can thrive, innovate, and make a tangible difference.