Paul Quinn College

1. 1

   The short answer

   Paul Quinn College is a college in Dallas, Texas, and it suits students who want to study at an HBCU with a church affiliation. It is the oldest historically black college west of the Mississippi River and the nation’s first urban work college.

2. 2

   What you can study

   Paul Quinn College is a college rather than a broad university, and its published details do not list specific subject areas or degree programmes. The programme catalogue is still being compiled; check the official website for current study options before applying.

3. 3

   Getting in

   The college’s international admissions process is not described in the available information, so confirm entry requirements, required documents, and application deadlines on the official website. If you are applying from abroad, check whether your qualifications need evaluation and whether any immigration documents are required.

4. 4

   What it costs

   The college does not publish a tuition fee range for international students; confirm the current rate with its admissions office. Living costs in Dallas will depend on housing, transport, and daily spending, so budget for those separately.

5. 5

   Coming from abroad

   The language of instruction is not stated, so confirm it on the official website before applying. If you are moving from abroad, check visa steps, tuition payment timing, housing options, and any arrival requirements directly with the college.

6. 6

   How it compares

   Among 2,515 universities in the United States, Paul Quinn College is a smaller, specialised option rather than a large comprehensive institution. Its clearest point of difference is its identity as an historically black Methodist college in Dallas and its role as the nation’s first urban work college.

Written from this university's catalogue entry and its cited encyclopedia summary. Figures are only shown where the institution or a cited source publishes them — always confirm fees and entry requirements with the university itself before applying.