Computational and applied mathematics encompasses a broad spectrum of mathematical fields and computational methods, including:
More information on various CAAM research groups can be found here.
Graduates with degrees in computational and applied mathematics are in demand in industry, government research laboratories, and academia, where they often join with physical and biological scientists, engineers, and computer scientists to form teams. Such interdisciplinary teams represent the modern approach to dealing with complex problems whose solutions require mathematical and scientific skills. Our alumni have successful careers in industry, academia, and national research laboratories.
Admission to graduate study in computational and applied mathematics is open to qualified students holding bachelor's or master's degrees (or their equivalent) in engineering, mathematics, or the physical, biological, mathematical, or behavioral sciences. Graduate study in computational and applied mathematics pursues the components of the undergraduate curriculum in greater breadth and depth. Department faculty evaluates the previous academic record and credentials of each applicant individually. For general information, check the General Announcements.
1) CAAM Department Degrees - [ Application Information ]
2) Interdisciplinary Degrees in Computational Science & Engineering
3) Joint M.B.A. and Master of Engineering Degrees - [ Program Information ]
It normally takes two years to obtain a master's and an additional two to four years for the doctoral degree. Degree requirements can be found in the General Announcements.
Financial aid is offered to incoming students in the form of a graduate fellowship - available only to doctoral candidates. It covers the cost of tuition and includes a stipend for living expenses. If you feel there is additional need for financial help, contact the Financial Aid Office of Rice University. There are more options available through them.
Students must take the following introductory courses in their first year of study.
|Course #||Course Title|
|CAAM 501:||Analysis I|
|CAAM 502:||Analysis II|
|CAAM 420:||Computational Science I|
|CAAM 553:||Numerical Analysis I|
|CAAM 554:||Numerical Analysis II|
|CAAM 571:||Introduction to Linear and Integer Programming|
|CAAM 600:||Thesis Writing|
Students must also take at least one course in six areas listed below.
|Applied Analysis||CAAM 435, CAAM 440, CAAM 523, CAAM 540, CAAM 552, CAAM 560|
|Continuous Optimization||CAAM 560, CAAM 564, CAAM 565|
|Mathematical Physics and Biology||CAAM 415, CAAM 423, CAAM 436|
|Numerical Differential Equations||CAAM 452, CAAM 552|
|Numerical Linear Algebra / Computational Sciences||CAAM 520, CAAM 551|
|Probability and Statistics||STAT 431, STAT 532, STAT 533, STAT 581, STAT 582, STAT 650|
A description of all CAAM courses can be found here.
The CAAM graduate handbook contains detailed information about exams, monetary support, required and recommended courses, and regulations and rules for the various degree programs. While the handbook is written for current students, it answers many questions prospective students may have about the program.
The Fall 2012 Handbook is available in Portable Document Format.