Transforming Astronomy Education
Through Robotic Observation
Overview
Client: The Open University (United Kingdom)
Scope: End-to-end integration of robotic telescope interfaces for astronomy education
Location: Observatorio del Teide, Tenerife (PIRATE and COAST telescopes)
Award Recognition: 2023 Queen’s Anniversary Prize for OpenSTEM Labs
The Challenge
The Open University, a leading UK higher education institution specializing in distance learning, sought to elevate its astronomy curriculum by offering students real-time access to professional-grade telescopes. Their goal was clear and ambitious: move beyond theory and provide a fully immersive, hands-on observational experience.
To achieve this, the University needed a system that would allow students — often participating remotely and asynchronously — to plan, control, and execute astronomical observations using robotic telescopes located thousands of kilometers away, all in real time.
The key technical and pedagogical challenges included:
• Live Access & Control: Ensure robust, remote interaction with the PIRATE and COAST telescopes at one of the world’s premier dark-sky sites.
• Educational Adaptability: Build an interface suitable for both novice and advanced astronomy learners.
• Operational Resilience: Guarantee uptime, user management, and a smooth observation pipeline, even with large user cohorts.
• Public Engagement: Create a tool that could also support outreach and STEM initiatives on a broader scale.
Our Approach
Sybilla Technologies provided a tailored solution centered around two of our flagship systems: ABOT and AstroDrive.io.
Customized ABOT Platform
We redesigned the ABOT web frontend specifically for Open University users. The system allows students to schedule and execute observations, view results, and interact with real-time telescope data in an intuitive, browser-based environment.
Telescope Interface Development
Our engineering team ensured deep integration with the PIRATE and COAST telescopes at Observatorio del Teide, enabling seamless control through the custom-built interface.
Faculty Enablement
We conducted training sessions and created instructional resources to ensure academic staff could onboard students quickly and effectively.
The Results
The outcome of this collaboration has redefined what remote astronomy education can look like:
• Award-Winning Innovation: The program was honored with the 2023 Queen’s Anniversary Prize, the UK’s most prestigious recognition for academic achievement. The award cited the university’s OpenSTEM Labs, including Sybilla-supported robotic telescope access, as a standout example of technological and educational excellence.
• Hands-On Science at Scale: More than 1000 of students have now participated in live observations, gaining real-world experience in planning and conducting astronomical studies from anywhere in the world. There are also hundreds of students who use the system in queue-scheduled mode.
• Research Excellence: Over 20 peer-reviewed publications, totalling nearly 1000 citations, making use of data provided by PIRATE & COAST – deepening our understanding of stellar and planetary systems.
• Scalable Impact: The system supports not only formal academic programs, but also public outreach and community engagement — inspiring future scientists and broadening access to professional-grade observation tools. The introductory free course on OpenLearn “Astronomy with an online telescope” had more than 10,000 enrolled learners, and more than 1000 have already obtained its “Badge”, ie. successfully completed the course assessment.
Fig. 2. Open University – Observatorio del Teide, Tenerife (PIRATE and COAST telescopes)
Strategic Outcome
This partnership demonstrates how advanced technology, when adapted for education, can dramatically enhance learning outcomes and inspire a new generation of scientists. For The Open University, it was more than a system integration — it was a transformation of their astronomy curriculum into a living, exploratory experience.