A message for prospective graduate students
If you are a prospective graduate student reading this, you are probably trying to choose between the many excellent astronomy graduate programs in the US and elsewhere. Here are some reasons why you should choose Hawai‘i.
Unparalleled observing resources
Mauna Kea on the Big Island of Hawai‘i now houses the largest and most important observatory in the world, and as a member of our graduate program you would be part of it. UH faculty and students have guaranteed access to
- The 10-meter Keck I and Keck II telescopes;
- The Gemini and Subaru 8-meter telescopes;
- Two submillimeter telescopes: the 15-m JCMT and the 10-m CSO;
- The Submillimeter Array (SMA) of eight 6-m dishes;
- Our own 2.2-m telescope, which is equipped with some of the largest-format visible and infrared CCD cameras in the world;
- Three 3 – 4 m class telescopes, the CFHT, the UKIRT and the IRTF, which are optimized for visible and infrared astronomy.
University of Hawai‘i faculty and students get 10 to 15% of the observing time on all of the Mauna Kea telescopes, in addition to almost all the time on the 2.2-m telescope. Graduate students can apply for their own observing time on all these telescopes – even the Kecks – and they do so successfully. No other university in the world can offer you anything like the observing opportunities available here.
In addition the IfA operates its own solar telescopes at Haleakala on the island of Maui, and has access to the Air Force 3.7m adaptive optics telescope on the same site. In 2007 we will begin operations with the prototype Panoramic Survey Telescope & Rapid Response System (Pan-STARRS), a wide-field 1.8-m telescope equipped with a 1.4-Gigapixel CCD camera.
Breadth of research program
We have a very broad program, including extragalactic, galactic, stellar, planetary and solar astronomy, cosmology, instrumentation and theory. If you already have an area you want to specialize in, there is probably someone here who would like to work with you; if you are equally excited by several branches of astronomy then you will have an enormous range of opportunities for specialization after you arrive.
We may be on an island, but we are far from being isolated. Look at our current and past lists of colloquium speakers to see how well we stay in touch. Some of the speakers are here at our invitation, others drop by en route to Mauna Kea.
Our distinguished faculty consists of over 50 PhD astronomers from all over the world. With more faculty than graduate students you are assured of close attention at all stages of your career.
Solid course foundation
During your first two years you will take a number of 600-level courses from our faculty that are designed to give you a sound basis of astrophysical understanding. You will also take at least three graduate seminar courses that are different every year and generally focus on the latest research being done by our faculty.
Early research opportunities
We believe that students benefit from research experience early. In your second semester you will start work with a faculty mentor of your choice on an original research project that might involve observing at Mauna Kea, reducing HST or ALMA data, instrumentation, or theory. In your third semester you will start a second project with a different faculty member. At the end of a year you will present oral and written reports of each piece of research. These student projects are always designed with publication in mind, and sometimes become the basis for a PhD dissertation. Successful projects often end up as published papers in the Astrophysical Journal or posters for presentation at American Astronomical Society Meetings.
Essentially all students and all admission offers are supported by either a teaching or research assistantship that includes a full tuition waiver. The annual salary is approximately $32,000 in addition to the tuition waiver). Since funding for most research assistantships comes from Federal grants with a ~3 year lifetime it is impossible for us to give you a formal guarantee of an assistantship for the whole of your PhD career, but our record of providing financial support to students in the program has been excellent over the past 30 years, and we are confident that we can maintain this record in the future. No student has ever dropped out of our program because of lack of financial support.
Alumni and success rate
Our PhD success rate is high; if we accept you into our program we have the expectation that you will complete your PhD in a reasonable time and move successfully to the next stage of an astronomical or technical career. Historically almost two-thirds of the students entering our program left with a PhD degree; another fifth gained the MS degree. Our graduates are successful: over 85% of our PhD alumni and over 50% of our MS alumni are currently actively employed as astronomers or physicists in universities, observatories, or government laboratories.
With a faculty drawn from twelve countries, we naturally welcome foreign students, and we apply the same admissions standards to them as to US students. Foreign citizens can hold research assistantships and, if their English is good enough, teaching assistantships. In recent years, our graduate class has included students from Australia, Canada, China, France, Iran, Ireland, India, Italy, Japan, Korea, Lebanon, Mexico, Norway, Portugal, Taiwan, the UK, and the USA.
Life in Hawai‘i
The Institute is located in Honolulu on the island of Oahu, in a beautiful valley equidistant from hiking trails in the rainforest one way and warm ocean waves and beaches in the other. It is a ridiculously beautiful place to spend a few (or many more) years in. You only live once.
How do I apply?
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The Institute of Astronomy was reviewed by a visiting committee in 2001. The self-study report that we prepared for that committee contains a wealth of statistics and important information about the Institute, including its graduate program.