Computer Science

In our technological world, computer science majors are in high demand because of their superior computer skills. Computer science is the study of the computer and its applications, from problem-solving to entertainment. The computer scientist at St. Mary's is introduced to programming languages, operating systems, algorithms, files and databases, software engineering, computer architecture and data communications. Students learn to develop not only strong computer skills, but also problem-solving and oral and written communication skills.

The Department of Computer Science offers several tailored degree programs. For those interested in programming as a career—graphics, games and applications development—the Bachelor of Science in computer science is ideal.

For those interested in the application of computers in business as a career—systems analysis, database administration, and business applications—the Bachelor of Arts in computer information systems is recommended.

The Bachelor of Arts in computer science/application systems is recommended for students who are unsure about which path to take or are less inclined to specialize in the mathematic aspects of computer science.

The department also offers a unique combined Bachelor of Arts and Master of Arts in Computer Science in just five years. An intensive course of study, undergraduate students begin graduate course work during their senior years and pursue a master's degree in one year.

To learn about the iSkills Test and Information Technology Proficiency (ITP), please visit the Student Psychological and Testing Services site.

Program Highlights

Computer science students often participate in faculty research involving the National Science Foundation and other governmental grants, as well as tutor mathematics and computer science in the Learning Assistance Center. Many computer science students have participated in internship programs with local organizations such as AT&T, City Public Service, San Antonio Water System, Southwest Research Institute, USAA and Valero Energy Corp. Students also have done co-ops at IBM and Microsoft Corporation.

Graduates often pursue advanced degrees in computer science, software engineering and computer engineering. The Graduate School at St. Mary's University offers combined bachelor's and master's degree programs in computer information systems, computer science and software engineering. Other institutions where St. Mary's graduates have pursued advanced degrees include Carnegie Mellon University, Rice University, Texas A&M University, The University of Texas at Austin, and The University of Texas at San Antonio, among others.

Choosing Your Degree

Who should major in computer science? Below are questions students commonly ask that can help you decide on the specific degree you want to earn in the Department of Computer Science.

Why would I major in computer science at St. Mary's?

  • Small classes (average 15)
  • Individual attention
  • Involved faculty
  • Department activities
  • Leadership, research, and internship opportunities given to our students.

What kinds of activities does the Computer Science Department have?

For fun activities, we have:
  • Nerd's Night Out (a night of video games and food)
  • Video Game Academy (students learn how to develop computer games)
  • AITP (professional organization that allows students to network with professionals)
  • Activities planned for the new SET Dorm (movies, games, speakers)
On the more serious side, we have the:
  • Fall Recruitment Series with Career Services (potential employers come and make their pitch as to why you would want to work for them)
  • IT Symposium (students in upper division and graduate courses present their research and projects to industry experts)
  • CS Advisory Board (made up of current students, alumni, and industry to advise the department on curriculum)
  • San Antonio Learning and Science Academy (SALSA), an opportunity to mentor 4th and 5th graders who are interested in computers and science

Will I be able to get a job?

American universities do not graduate enough computer scientists to fill the need. In fact, the demand is so great that we place freshmen and sophomore students in internships that pay between $17 and $30 per hour at major companies, such as Rackspace, Valero and USAA. Many students aspire to eventually move from a programmer position into a Project Manager, Database Administrator or Network Administrator position. Your “value add” is your ability to solve problems, and St. Mary's Computer Science prepares you to do just that.

Where do alumni of the Computer Science Department work?

We have alumni at every major company in San Antonio: USAA, Rackspace, Valero, HEB, CPS Energy, Southwest Research, CapGroup (as well as national companies) Microsoft, Symantec, Crispin Porter + Bogusky, U.S. Army, U.S. Navy and NSA.

I like computer games. Do you have anything for me?

For the serious gamer, we have a Game Development track as well as the Video Game Academy. For slightly less serious (if there are any), we have tournaments and other activities.

I'm interested in computer science but not sure what path to pursue.

All students in the Computer Science Department at St. Mary take the same core of computer science courses regardless of degree. You are, first and foremost, a computer scientist. As a rule of thumb, we recommend a particular degree on the following criteria:

You are good in math.
The Bachelor's of Science in Computer Science (CS). You will minor in math.

You are okay in math but are really interested in the business side of computers.
The Bachelor's of Arts in Computer Information Systems (CIS). You will minor in business.

You want to study computers, but you're also interested in music, art, criminal justice, etc.
The Bachelor's of Arts in Computer Science/Application Systems (CSAS). We don't care what you minor in.

You are coming from a community college or from experience in the IT field with a number of “credits” in IT.
The Bachelor's of Applied Information Technology (BATI). We accept up to 27 technical hours, 66 academic hours, and you start as a junior in computer science.

You are interested in computer game development.
Any of the degrees, but you will take certain courses in physics, art, music, English, and Computer Science electives that will earn you the certification.

You want to continue on for your Master's degree.
The 5-year Master's program in CS or CIS that will allow you to get both your Bachelor's and your Master's in 5 years.

Faculty

Douglas Lee Hall, Ph.D.

Associate Professor and Chair of Computer Science
Office: Richter 226
Phone: (210) 436-3315
dhall@stmarytx.edu

Full Bio Details

B.A., University of Texas at Austin, 1969
M.Ed., Pan American, 1977
Ph.D., North Texas State, 1987

Douglas Hall, Ph.D., joined St. Mary's in 1986 and has served as the chair of the department from 1990 to 2003, and again from 2005 to the present. He has also served on numerous University committees. He has been honored as Distinguished Graduate Faculty at St. Mary's, Outstanding Computer Science Alumnus of University of North Texas, and cited in several "Who's Who" editions.

Prior to attending North Texas State, Hall spent more than 15 years in the educational field as an elementary bilingual teacher. His research interests include artificial intelligence, intelligent tutoring systems, intelligent computer-aided instruction (ICAI), expert systems, human factors engineering and knowledge-base systems.

Pamela Fink, Ph.D.

Assistant Professor of Computer Science
Office: Richter 222
Phone: (210) 431-8095
pfink@stmarytx.edu

Full Bio Details

B.S., Eckerd College, 1979
A.M., Duke University, 1982
Ph.D., Duke University, 1983

Pamela Fink, Ph.D., joined St. Mary's in 2002 after having been in industry for more than 17 years. From 1984-1994 at Southwest Research Institute, Fink started and managed a group in applied R&D in artificial intelligence. During that time she acquired and lead programs ranging from basic research in knowledge acquisition and representation to highly applied software development efforts in support of the U.S. Department of Defense and other large customers. Fink left the Institute to take a position in a small, start-up biotechnology company, Medical Science Systems (later renamed Interleukin Genetics), in which she built computer models of biological processes to support drug development and was an inventor/author on three patents. She and two colleagues founded Kenna Technologies, a start-up focused entirely on biological modeling to support drug development.

Her research interests include artificial intelligence, intelligent systems, knowledge acquisition and representation, intelligent tutoring systems, modeling and simulation, and applications of computers to improve healthcare and biological research.


Arthur Hanna, Ph.D.

Professor of Computer Science
Office: Richter 224
Phone: (210) 431-2021
ahanna@stmarytx.edu

Full Bio Details

B.S., St. Mary's University, 1975
B.A., St. Mary's University, 1975
M.S., University of Texas-Dallas, 1976
Ph.D., University of Texas-Austin, 1996

Arthur Hanna, Ph.D., has more than 30 years of experience as a consulting software engineer in systems, scientific and business applications. He has managed software development and hardware maintenance operations for several computer-based systems. He has a broad data-processing background encompassing a variety of computer systems, programming languages and application packages.

Hanna served as an officer in the U.S. Army for six years prior to returning to St. Mary's University as a full-time faculty member in August 1982. He also was honored as the Distinguished Faculty member of the School of Science, Engineering and Technology in 1994.

His research interests include computer science education, critical thinking and learning, programming and programming languages, algorithm design and analysis, software engineering, compilers and operating systems.

Carol Luckhardt Redfield, Ph.D.

Associate Professor and Graduate Program Director of Computer Science/Computer Information Systems
Office: Richter 227
Phone: (210) 436-3298
credfield@stmarytx.edu

Full Bio Details

B.S., University of Michigan, 1980
M.S., in Mathematics, University of Michigan, 1982
M.S., in Computer, Information and Control Engineering, University of Michigan, 1982
Ph.D., University of Michigan, 1989

Carol Luckhardt Redfield joined St. Mary's in 1998 after having been in industry for more than 12 years. She worked in artificial intelligence as a Senior Research Engineer at Southwest Research Institute and a Senior Scientist at Mei Technology Corporation. She has taught mathematics and computer science since 1980 at various universities including the University of Michigan, UTSA and St. Phillips College.

She has volunteered to run the San Antonio Space Society a chapter of the National Space Society, brought Landmark Education courses to San Antonio, founded a charter school in San Antonio, and chaired conferences including the 10th International Space Development Conference in 1991, Intelligent Tutoring Systems in 1998, and Artificial Intelligence in Education in 2001. Redfield was inducted into the San Antonio Women's Hall of Fame for the 1992 Science category, given the Alice Wright Franzke Feminist Award in 2007, and received the Distinguished Faculty Award for 2008-2009 from the Graduate School.

Her research interests include artificial intelligence, expert systems / knowledge engineering, educational software and games/computer-based training/intelligent tutoring, eLearning, game development, and search engine optimization.




Who We Are

A close-knit academic and spiritual community boasting a 13-1 student to faculty ratio

Who We Are

Hands-on professors, Fulbright Scholars, and “Piper Professor” winners who teach in the classrooms, labs, and abroad

Who We Are

A diverse university of nearly 4,000 students, with five schools, more than 40 academic programs including Ph.D. and J.D. programs, and numerous pre-professional programs

Engagement and Service

More than 70 percent of students participate in community service—last year, they logged 125,000 service hours

Engagement and Service

Recognized by The President’s Higher Education Community Service Honor Roll

Engagement and Service

Named a “College that Builds Character” by the John Templeton Foundation and one of the nation’s top “Colleges with a Conscience” by The Princeton Review and Campus Compact

Engagement and Service

Student-athletes completed more than 2,000 community service hours during the 2008-2009 academic year

Engagement and Service

Renowned speakers visit campus every year, including primetime news anchors, presidential candidates, Fortune 500 CEOs and entrepreneurs

Engagement and Service

School of Law received the 2009 Law School Commitment to Service Award from the Texas Access to Justice Commission

World Class Academics

Ranked fourth in the West region for best value and quality by U.S. News & World Report

World Class Academics

Tuition priced below the national average

World Class Academics

Graduation rates are among the highest in Texas

World Class Academics

Bill Greehey School of Business ranked sixth nationally for “Greatest Opportunity for Women”

World Class Academics

University-wide, 92 percent of professors hold a Ph.D. or equivalent is in their field

Outstanding Student-Athletes

Home to 12 Academic All-Americans and 219 student-athletes who have earned regional or national awards

Outstanding Student-Athletes

Student-athlete graduation rate of 63 percent, significantly higher than the NCAA Division II average

Outstanding Student-Athletes

Six national titles in basketball, baseball, softball and golf (one individual and one academic)

Outstanding Student-Athletes

Member of NCAA Division II and the Heartland Conference

Innovative Programs, Exceptional Outcomes

Historically, more than half of St. Mary’s graduates who apply are admitted to medical and dental schools, above the national average of 35 percent

Innovative Programs, Exceptional Outcomes

Unique tracks include a one-year M.B.A. program, an evening law program, three forensic science tracks, and combined bachelor’s and master’s degree programs

Innovative Programs, Exceptional Outcomes

Learning laboratories include a technology-enhanced trading room where students manage a $1 million investment portfolio

Innovative Programs, Exceptional Outcomes

International opportunities include exchange programs with universities in China, Germany and Mexico, as well as study abroad programs in Europe and South America