Computer Science, B.S.

4 Years On Campus Bachelors Program

Texas Wesleyan University

Program Overview

The Bachelor of Science in Computer Science at Texas Wesleyan University is designed for students who want a strong, mathematics-focused foundation in programming, algorithms, computer systems and software development, with opportunities to explore areas such as artificial intelligence, databases, computer graphics and computer networks. The programme combines technical coursework with practical project work, preparing students to apply computational thinking and software development skills to real-world technology challenges.

Curriculum Structure:

Year 1:
Students begin with the fundamentals of programming and mathematical reasoning through CSC 1321 Computer Programming with C++ and CSC 1322 Advanced Programming with C++, while also completing College Algebra and general education courses. This first year establishes the programming skills students need before moving into more advanced computer science and systems subjects.

Year 2:
The second year introduces students to the structure of computers and the organisation of information through CSC 1330 Assembly Language Programming, CSC 2310 Computer Organization and CSC 2320 Data Structures. Students also progress through Calculus I and II and take CSC 2340 Object-Oriented Programming and Design with Internet Applications, strengthening both their mathematical foundation and software-development abilities.

Year 3:
Students move into more advanced theoretical and computational concepts through CSC 3320 Programming Language Concepts, CSC 3360 Analysis of Algorithms and MAT 3381 Discrete Mathematics. They can also select upper-level computer science subjects such as Artificial Intelligence, Principles of Database Systems, Computer Graphics, Computer Networks or Numerical Analysis, allowing them to develop a more specialised technical profile.

Year 4:
The final year focuses on professional software development and systems through CSC 4383 Software Engineering and CSC 3391 Operating Systems. Students complete CSC 4384 Senior Design Project, where they bring together the programming, systems, algorithms and software-engineering skills developed throughout the degree, while additional electives allow further specialisation.

Focus Areas:
Computer programming, C++, data structures, computer organization, assembly language, object-oriented programming, algorithms, programming languages, operating systems, software engineering, artificial intelligence, database systems, computer graphics, computer networks and numerical analysis.

Learning Outcomes:
Students develop advanced programming and computational problem-solving skills, learn to analyse algorithms and computer systems, understand software development principles, and apply mathematical and computing concepts to the design and implementation of software and technology solutions.

Professional Alignment (Accreditation):
The official Texas Wesleyan programme information does not identify a programme-specific professional accreditation for the Computer Science B.S. The curriculum is professionally focused on programming, algorithms, systems, software engineering and specialised areas of computing.

Reputation (Employability Rankings):
Texas Wesleyan does not publish a Computer Science B.S.-specific QS, Guardian or equivalent employability ranking on its official programme information. The university does highlight graduate destinations including organisations such as IBM, PricewaterhouseCoopers, First Command, Tarrant County College and Fort Worth ISD.

Experiential Learning (Research, Projects, Internships etc.)

Texas Wesleyan's Computer Science B.S. gives students practical opportunities to apply programming and computing concepts through advanced coursework, a Senior Design Project, internships and access to dedicated computing facilities. The university's computer labs provide students with development and technical tools including Eclipse, Visual Studio, NetBeans IDE, Ubuntu Virtual Machine, Python, MATLAB, Cygwin and PuTTY, supporting programming, software development and technical coursework.

Students can turn their classroom knowledge into practical experience through several opportunities:

Senior Design Project: CSC 4384 Senior Design Project gives students the opportunity to conceive, design and implement a substantial computer science project and demonstrate their results through a written report and presentation.
Software Engineering: CSC 4383 Software Engineering develops practical understanding of software-development processes before students undertake their senior project.
Internships: Texas Wesleyan supports off-campus experiential learning through internships, helping students gain professional experience and make the transition from university to employment.
Programming Tools: University computer labs provide access to Eclipse, Visual Studio, NetBeans IDE, Python, MATLAB, Cygwin, PuTTY, FileZilla, Ubuntu Virtual Machine and other computing software.
Computer Science Facilities: Students can use university computer laboratories for programming and technical coursework, with additional computing resources available in the university's library labs.
Dimensions Math Club: Computer science students can build connections with classmates and engage with guest speakers and lecture events through the Dimensions Math Club.
Specialised Computer Science Topics: Upper-level options include Artificial Intelligence, Database Systems, Computer Graphics, Computer Networks and Numerical Analysis, allowing students to apply their skills in different computing areas.
Career-linked Experience: Career Services supports internships and other experiential learning opportunities through Handshake, including internship listings, employer connections and career events.

Progression & Future Opportunities

The Computer Science B.S. prepares students for technology careers involving software development, computer systems, networking, databases and other computing applications. Texas Wesleyan specifically identifies career directions including software engineering, computer network engineering, network security, database management and operating systems, while its graduate destinations include organisations in technology, finance and education.

Typical career roles include Software Engineer, Network Engineer, Systems Programmer, Database Administrator.

Students can strengthen their transition from university into employment through:

Career Services: Texas Wesleyan Career Services provides individual career counselling, resume and cover-letter reviews, mock interview preparation and job-search coaching, including guidance on finding internships and gaining work experience.
Handshake: Students can access job postings and internship opportunities, register for career events, connect with on-campus recruiters and schedule appointments with career counsellors through Handshake.
Employer Connections: Career Services works with employers offering full-time positions, internships and cooperative education opportunities. Employers can post jobs through Handshake, participate in career fairs, recruit on campus and conduct presentations or interviews with students.
Graduate Destinations: Texas Wesleyan identifies computer science graduates working for organisations including IBM, PricewaterhouseCoopers, First Command, Tarrant County College and Fort Worth ISD.
Employment Statistics and Salary: Texas Wesleyan does not publish a current Computer Science B.S.-specific employment rate or undergraduate salary figure on the official programme pages, so no unsupported programme-specific figure is included.
University–Industry Connections: The university provides structured employer engagement through career fairs, on-campus recruitment, employer presentations, interviews and Handshake. The official sources do not identify a specific long-term corporate partnership exclusively attached to the Computer Science B.S., so employer recruitment is not presented as a formal programme partnership.
Professional Value: The degree develops technical capabilities in programming, algorithms, operating systems, software engineering and specialised computing areas that can support progression into a broad range of technology careers.
Graduation Outcomes: Graduates can pursue employment in software engineering, networking, security, database management and systems-related roles, or continue their education through postgraduate study.

Further Academic Progression:
After completing the B.S., students can continue into Texas Wesleyan's Master of Computer Science, which is offered online and covers areas including computer architecture, security principles, machine learning and distributed systems. Texas Wesleyan also offers a 3+2 B.S. & M.S. in Computer Science pathway for eligible students who want to combine undergraduate and graduate study, providing another route toward advanced study in computer science.