Emrick
Are there careers in astronomy?
I like astronomy as a hobby, but can you work as an astronomer these days? #graduate-school
2 answers
Prash Bhaktha
Prash’s Answer
Careers in Astronomy
“WHAT CAN I DO WITH A DEGREE IN ASTRONOMY?”
Many university students are interested in astronomy, but fear that an astronomy major is a sure path to unemployment, or, at best, to a career totally unrelated to science. While only a limited number of astronomy and space science jobs exist, the number of qualified people seeking those jobs is also limited. The next decade should see substantial growth in space-related positions as NASA and the space industry replaces the analysts, engineers and scientists that first entered the field during the period of immense growth that accompanied the Apollo space program 30-40 years ago. Further, a degree in a physical science means that the graduate has developed the concise mathematical problem solving skills which high technology companies desperately need. In general, the employment prospects vary according to the state of the economy and government funding of research, but historically our graduates have been successful in obtaining challenging and rewarding positions. Below we discuss the astronomy programs at Boston University, some of the career opportunities available to our graduates, and examples of Boston University alumni who hold jobs in this exciting field and other fields.
The Department of Astronomy provides a range of courses and programs for students planning careers in astronomy, space science, or related fields. A concentration in astronomy and physics includes a rigorous program of physics and calculus in addition to courses in astronomy. This prepares a student for entry into a graduate program leading to a Masters and/or Ph.D. in astronomy, physics, or a related field. The concentration in astronomy is less intense in physics and calculus, yet still provides a student with a solid foundation in the physical sciences. The geophysics and planetary sciences concentration is a multidisciplinary program including astronomy, geology, geography, physics, and calculus courses. Many students in this concentration enroll in graduate programs in planetary geology.
A BA degree in astronomy, astronomy and physics, or geophysics and planetary sciences prepares students for careers in science education, science management, scientific computing, scientific instrumentation, or science writing (some of which may require one or two years of graduate study). Qualification for such fields is enhanced when students work in the research groups of astronomy professors as work-study, student employment, and/or directed study participants. The opportunity to do so has expanded considerably in recent years as the astronomy faculty has increased in number and in the scope of research projects.
The many alumni with whom we have maintained contact hold a wide variety of professional positions. Several have been data assistants at NASA’s Space Telescope Science Institute in Baltimore; one became our curator; a number were commissioned as officers in the armed services (through ROTC), one of whom obtained an MA degree in oceanography at the Navy’s Marine/Oceanography School in Monterey; some switched fields to economics, traffic engineering, and other fields in which they used the problem solving skills learned as astronomy majors. Others include scientific computer programmers (one of whom started his own business programming and setting up Web pages for companies), a team member on a telescope construction project at the Naval Research Laboratory, an accountant at the Boston Museum of Science, a data analysis and instrument programmer for NASA’s AXAF X-ray space observatory, a senior research associate in Boston University’s Center for Space Physics, and a few other recent graduates that work in the Center (e.g., one is an instrument designer using CAD programming for satellite and rocket projects).
In addition, there are many examples of graduates who went on to obtain higher-level degrees and rewarding careers. Among recent alumni who obtained master’s degrees, two are professors at colleges in Georgia and Nevada, another is a mission planner at NASA for the Rossi X-ray Timing Explorer satellite, and another is an education officer at the Hayden Planetarium of the Boston Museum of Science. Many others received their Ph.D.’s and are now scientists at observatories or university or college professors including our own Professor Spence (B.A. ’83 from Astronomy).
Students with B+ or higher averages in their physics, mathematics, and astronomy courses can usually gain admittance into a first-rate graduate program in astronomy. Such students nearly always obtain financial assistance in the form of fellowships, or research or teaching fellowships. These financial awards usually amount to full tuition remission plus a monthly stipend to cover living expenses. As opposed to most forms of undergraduate aid, graduate school assistance is based on merit rather than financial need.
If past experience is a good guide, a degree in Astronomy, Astronomy and Physics, or Geophysics and Planetary Sciences from Boston University is very practical indeed. Visit our alumni page to see the career paths of more of our graduates.
James Kittock
James’s Answer
Your question caught my eye because I'm a big space fan and considered careers such as astronomy back in the day. :-) Although I ended up going a different direction, I still love to stargaze and follow space related channels on YouTube like Dr. Becky and Astrum. I also have a friend Brian who got his PhD in physics and did astronomy-related work for several years before changing fields.
Since you mentioned astronomy as a hobby, I am thinking you are probably talking about looking at the sky through a telescope. If that's what you are thinking of, then the first thing you should know is that modern astronomy is very different than backyard astronomy.
For example, it's pretty rare that a working astronomer would ever look through a telescope these days. Almost everything is done with digital imaging. My friend Brian spent most of his time doing image processing, including developing programs specific for the types of observing he was doing. Telescopes still need people to run them to some extent, but an observing session would likely consist of making sure the telescope and camera are functioning properly, rather than looking at objects and taking notes as Galileo would have done.
Also, professional astronomy mostly done in academic and research lab environments. Much of the work is done by graduate students and research assistants as part of academic collaborations led by professors at universities around the world. So if you are interested in this career path, you should be planning get degrees that will lead you to an academic career.
You might want to start researching graduate programs and professors that you would be interested in working with. Once you find some programs you'd like to target, you can often find lists of team members. Don't be shy about reaching out to grad students! When I was looking into grad school, I found the current grad students were a great source of advice and insight.
Even if you don't end up pursuing astronomy as a profession, there is a rich community of amateur astronomers. Some of them are so dedicated that they make discoveries like new comets!
Wishing you clear skies as you navigate your path forward.
James