(in association with CSS / DTB Architecture - now DTA) — Photos courtesy of DTA

High School Astronomical Observatory located atop the Prospect Science building.

Robotically controlled dome, telescope and associated equipment. Pre-manufactured Fiberglass Dome. Isolated steel pier telescope base

As CUHSD devoloped plans for new science buildings, Mark (while at CSS Architecture) advocated for an astronomical observatory- perhaps placed off to the side, or maybe on a roof. It turned out that the Prospect Science building provided the best roofs (flat) and best night skies for an observatory.

We began by considering roll off roofs versus a dome and determined that a dome would be the best solution. We analyzed various manufacturers and settled on Sirius Observatories from Australia.

We then set about the odyssey of getting DSA approval. Accessibility was solved by proposing robotic control allowing use by anyone, anywhere in the world. Structure was solved by developing and successfully passing a testing scenario. Fire and Life Safety was not an issue for this installation - - this observatory can be looked at as a skylight.

After gaining DSA approval, we proceeded with installation of the observatory dome, by a Skylight Installer. This was followed by Telescope and associated equipment installation and commissioning.

As part of our services, we have provided countless hours of volunteer work in the observatory with both Faculty and Students. We continue to participate in the CUHSD astronomy program and are looking forward to sponsoring the first CUSHD night under the stars.

At Bartos Architecture, we have a passion for the idea of integrating Astronomy in to the High School Curriculum.

An astronomical observatory consists of many component parts including: The Enclosure which may be a Dome or a Roll-Off roof, the Telescope, the Telescope Mount, and the Robotic Control Components.

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