At Eagle Butte Observatory, we provide the opportunity to enroll in a variety of different observing programs where you will learn how to find amazing treasures in space.

You will be amazed by how easy it is to explore the night sky through a telescope! Bring your own or use one of ours to complete these observing programs.

Registration gets you a total of 15 sessions. If skies are clear on our session night, we will work through your observing program and learn how to properly document your findings.

If skies are cloudy on our session evenings, we will stay indoors and learn about deep-sky objects, the Moon and astrophotography, and have the opportunity to explore different types of telescopes and other observing equipment.

An introductory program designed to acquaint newer astronomers with the night sky that will:

• Stimulate an interest in observational astronomy.
• Introduce good observing practices and techniques.
• Provide an introduction to all aspects of visual astronomy including stars and constellations, lunar, solar, planets and deep sky observation.

Classes will be on Tuesdays and Thursdays. In the event the sky is cloudy we will spend the time indoors learning about the deep sky objects, equipment and the hobby of astronomy. A certificate of completion will be awarded at the end of the program.

Our Messier observing program will take you on a remarkable journey through Charles Messier's catalog of stunning deep-sky objects. Compiled in the 18th century, the Messier catalog showcases a diverse collection of galaxies, nebulae, and star clusters that have captivated astronomers for centuries.

This program provides a roadmap to observing and appreciating the wonders of the Messier objects. From the majestic spiral galaxies such as the Andromeda Galaxy (M31), to the ethereal beauty of the Orion Nebula (M42), each object tells a unique story of cosmic evolution and celestial phenomena.

By embarking on this observing program, you will sharpen your observational skills, learn to identify various types of deep-sky objects, and develop a deeper understanding of the universe.

The lunar observing program is designed to ignite your fascination with the Moon and help you explore its awe-inspiring features in detail.

Whether you're a seasoned observer or new to astronomy, this program offers a structured approach to lunar exploration. From observing lunar craters, mountain ranges, and ancient lava flows to tracking the phases and studying lunar libration, you'll gain a deeper understanding of our closest cosmic neighbour.

Join us as we embark on an illuminating journey through the lunar landscape, unraveling its mysteries one observation at a time.

The Finest NGC (New General Catalogue) observing program, developed by Alan Dyer, is a comprehensive initiative designed to engage and challenge amateur astronomers in the exploration of deep-sky objects. This program provides a structured framework and a curated list of NGC objects to observe, enabling enthusiasts to embark on an exciting journey through the celestial wonders of the night sky.

The NGC, first compiled by astronomer John Louis Emil Dreyer in the late 19th century, contains over 7,000 galaxies, nebulae, and star clusters. The Finest NGC program carefully selects a subset of those objects, representing a diverse range of celestial phenomena that will provide participants with a rich observing experience.

Used with permission from the Royal Astronomical Society of Canada.

Whether you're an aspiring astrophotographer or a seasoned veteran, this course is designed to enhance your skills and bring out the best in your astrophotography endeavours.

From capturing stunning images of the Milky Way and distant galaxies to mastering the techniques of long-exposure photography, our comprehensive curriculum will provide you with the knowledge and practical tips to create your very own breathtaking images of the cosmos.

Join us as we explore the intersection of art and science, and unlock the secrets of capturing the wonders of the universe through the lens of your camera.