Overview
Students with Computing as a Second Major master the fundamental principles of computing, while training in the design and development of systems and applications.
This B.A. prepares students for careers or graduate work in fields that require a solid understanding of computing, and makes an ideal combination with another “big” major such as Engineering or Physics.
Fast Facts
- Curriculum guided by the Association for Computing Machinery
- Member of National Center for Women & Information Technology’s Academic Alliance, and Southern Learning Circle, and of San Antonio Women in Technology
- Member of Cyber Innovation and Research Consortium
What You'll Study
An algorithm for success
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Program Curriculum
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Refer to the Courses of Study Bulletin for full program requirements
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Search for Classes
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Use Search for Sections in TigerPAWS for the most current class offering information.
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Courses of Study Bulletin
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Candidates for a baccalaureate degree must fulfill the requirements for a major as listed in the courses of study bulletin. The courses of study bulletin is the official source of information regarding degree requirements, academic policies, and academic majors and minors at Trinity University.
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Pathways Curriculum
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Students must complete the Pathways Curriculum in order to receive a baccalaureate degree. The Pathways Curriculum has six curricular requirements, and three optional elements that provide the foundation in the liberal arts and sciences for all the bachelor’s degrees awarded by Trinity University. Through these requirements, students acquire the necessary skills and disciplinary perspectives to navigate complex questions at Trinity and in their post-graduate lives.
Fundamentals of Computer Science
- Learn key concepts in computer science, as a foundation both for further coursework and for life-long learning (essential in a field that continues to evolve rapidly): programming and algorithmic thinking, computational complexity, and relevant mathematics.
- Become familiar with fundamental algorithms and computer science theory.
Programming
Learn fundamentals of computer programming and algorithmic thinking, with a focus on principles that prepare students to master a variety of programming languages both for later coursework and as life-long learners.
Theory
Become familiar with the theory behind programming, learning among other things why some problems may have no practical solution.
Game Development
- Learn about principles, tools, and methods for designing games.
- As part of a group, design and implement a two-dimensional game.
Artificial Intelligence
Learn about fundamental and state-of-the-art concepts in artificial intelligence: heuristic programming, approaches to problem-solving, game-playing techniques, theorem-proving procedures, knowledge representation, and examples of knowledge-based systems.
Web Applications
- Learn about sharing of information on the Web and full-stack development of Web applications.
- Become familiar with a standard platform for Web applications.
- As part of a group, design and develop a Web application.
View all courses
For more information and a description of each class please visit the COSB website.
Mathematics (B.A.)
Mathematics (Minor)
Physics (B.A.)
Physics (B.S.)
Physics (Minor)
Engineering Science (B.S.)
Economics (B.A.)
Economics (Minor)
Art (B.A.)
Music (B.A.)
Music (Minor)
English (B.A.)
English (Minor)
Chinese (B.A.)
Chinese (Minor)
Finance (B.S.)
Philosophy (B.A.)
Philosophy (Minor)
Communication (B.A.)
Communication (Minor)
History (Minor)
History (B.A.)
Mathematics (Minor)
Faculty
Experts in their field, mentors in the classroom
Computer science faculty are avid researchers, with interests spanning a broad range of topics, including theory, ethics, security, simulation of physical and social systems, artificial intelligence and machine learning, bioinformatics, educational game design, mobile systems, and more. Students don’t just learn about these subjects in the classroom, though—they can research alongside faculty, getting hands-on experience in cutting-edge technology.
Student Opportunities
Byte into the real world with hands-on learning
Mach Fellowships provide funding for rising STEM seniors doing research or scholarly activities.
HEP fellowships support summer research.
Students participate in faculty research projects and have the opportunity to present their research at conferences, where they interact with other...
Many students work in paid summer internships or research projects, and for their senior capstone, the majority of students complete a year-long...
Undergraduate research labs contain state-of-the-art equipment that is replaced on a regular and frequent schedule.
Association for Computing Machinery (ACM)
Trinity University Women in Computing (TUWIC)
Trinity Women In Science and Technology (TWIST)
Trinity’s computer science-related events include...
When You Graduate
Programmed for Success
Our world is increasingly reliant on technology—and with a second major in computer science, Trinity students have highly sought-after skills to give them an edge in a world increasingly reliant on technology, regardless of what field they pursue after graduation.
Careers
Computer science is a highly coveted field, and graduates are in demand no matter the industry. Trinity alumni are recruited by businesses of all sizes, as well as research and government organizations, and some also pursue graduate studies.
Graduate Schools or Programs:
- Harvard
- Indiana University
- Princeton
- Rice University
- University of Chicago
- University of Massachusetts at Amherst
Career Areas:
- Consulting
- Database administration
- Data analysis
- Information systems management
- Project management
- Software development/engineering
Notable Companies who have Hired Trinity Graduates:
- Amazon
- Dell
- HEB
- IBM
- Intel
- Microsoft
- Rackspace
- USAA
Take the next step
Have more questions or want more information? Learn more about becoming a Tiger, and how you can accelerate what’s next for your education.