Why Major in Computer Science?
At Belmont University, our computer science program offers a comprehensive education that blends theoretical foundations with hands-on experience. As a computer science major, you'll master a diverse range of computing technologies, from handheld devices to complex multiprogrammed networks, while developing crucial skills in logical reasoning, programming, modeling and analysis.
Our curriculum is deeply rooted in mathematics, particularly discrete mathematics, but also fosters innovative collaborations with music, art and emerging media. This unique interdisciplinary approach prepares students for the ever-evolving tech landscape.
What sets computer science at Belmont apart?
- Personalized learning: Small class sizes and individualized instruction allow you to build strong relationships with faculty and peers.
- Cutting-edge research: We strongly encourage undergraduate research which has led to students creating original works in networking, genetic algorithms, combinatorics and software engineering. Our students have presented their findings and earned recognition at regional and national conferences.
- Industry connections: Nashville's thriving tech scene offers exceptional opportunities. Our graduates are well-positioned for careers with major tech and data-driven companies right here in Nashville such as Amazon and Oracle.
- Rigorous training: Our program equips you with the fundamental skills and knowledge needed to excel in the rapidly advancing field of computer science.
What You'll Learn
- A strong foundation in computer programming and mathematics.
- The fundamentals of logical reasoning, linearity, programming, modeling, analysis and concurrency.
- The main elements of modern computing systems, languages and technologies.
Program Details
Curriculum
The computer science major leads to a bachelor of science. It requires 128 hours of coursework:
- BELL core requirements: 53 hours
- Major requirements (including 9 hours of electives): 32 hours
- Minor requirements: 18 hours
- General electives: 21 hours
Courses you'll take:
CSC 1110 Programming I: An introduction to computer organization, algorithm development and programming.
CSC 1120 Programming II: A continuation of algorithm development and programming, including basic aspects of string processing, recursion, internal search/sort methods and simple data structures.
CSC 2110 Computer Organization: An introduction to assembly language programming; includes an examination of basic computer architecture as well as the organization and structure of major computer components, both hardware and software.
CSC 2250 Discrete mathematics: An introduction to discrete mathematics with an emphasis on mathematical reasoning. Topics include sets, relations, propositional logic, basic proof structures, algorithms, functions and computability, introductory graph theory and introductory combinatorics.
CSC 3110 Programming Languages: Principles and Practices: A comparison and analysis of programming languages, their characteristics and implementation.
CSC 3130 Data and File Structures: A study of data structures and algorithms for their manipulation. Topics include: arrays, lists, files, stacks, queues, doubly-linked lists, trees, dynamic storage allocation and organization of files.
CSC 4180 Operating Systems: A study of hardware interrupt systems and concurrence of I/O operations, multiprogramming systems, memory management, protection, resource allocation and control, job management and task management, real time systems, time sharing systems, paging, virtual memory, schedulers, reliability, file management services and system accounting.
Classroom learning provides a solid foundation of knowledge and theory, but hands-on experience and research projects are crucial in developing critical thinking, problem-solving, and creative skills. Additionally, participating in research projects can provide you with a deeper understanding of the subject, explore career paths, and help you stand out to graduate programs and potential employers.
Mathematical Association of America/Association for Computing Machinery
MAACM is the Math and Computer Science club here at Belmont University. We are made of chapters of the Mathematical Association of America and Association for Computing Machinery. Anyone is welcome to be a part of MAACM; it's not only for math and computer science majors and minors.
As a student in the College of Sciences & Mathematics at Belmont University, you have the unique opportunity to study abroad and experience the world in a new and exciting way. Whether you're interested in researching a particular subject, studying in a foreign language, or simply immersing yourself in a new culture, there are a variety of study abroad and away programs available to you.
Lesli Garcia
Computer Science
“Belmont’s Computer Science Department provides a supportive and encouraging environment where all students can thrive, regardless of their programming background and experience. You will learn from amazing professors and peers as you participate in group projects and engage with on-campus organizations. Students are also given the opportunity to showcase their understanding through personal projects, internships and undergraduate research.”
Computer Science Career Possibilities
Alumni of Belmont’s Computer Science program find exciting careers in teaching, business and the computing industry. Our program has great relationships with major employers in Nashville and beyond.
Eighty percent of recent graduates reported being in line with their short-term or long-term career goals and currently work in a computer science field related to their degree.
Career possibilities with a computer science major include:
Data scientists are able to discover patterns inside large datasets. Machine learning and statistical approaches are used for this purpose. Data analysis, predictive modeling and programming are some of the topics covered in the computer science department at Belmont University. Graduates will find job opportunities in fields such as healthcare, technology, sports and finance.
Web developers build and create website layouts. The majority of their work is on the back-ends of websites. Designers are important for the creation of a seamless user experience. A career in web development, which requires a computer science degree, is booming as more businesses, both large and small, hire programmers to build interactive websites.
Software engineers create computer programs. Software engineering, system design and software lifecycle management are some of Belmont University's top focuses. Our alumni are employed by leading IT organizations to develop innovative software.
Business analysts serve as a link between the business and IT worlds, improving growth and efficiency. Belmont offers courses in corporate communication, project management and data analytics.
IT architects create information technology infrastructure and systems. Belmont University offers courses in cybersecurity, cloud computing and network design. Graduates are vital to businesses because they can construct and expand IT systems.
Technological progress is fueled by the ingenuity and investigation of information science experts. Belmont University fosters exceptional research, computing and AI abilities. College grads break new ground in technology, which is good for both academia and industry.
FAQs
If you have more questions about our computer science program and where it may take you in your career, this section should be helpful. Review the questions and answers below and if you need more assistance, feel free to reach out to us directly.
As one of the best colleges for computer science, Belmont University offers a unique computer science education with small classes and customized attention. The excellent campus and closeness to Nashville's IT sector provide unmatched opportunities, while the open community encourages all students to succeed.
Belmont supports computer science students with internships, career assistance and networking opportunities. Our excellent relationships with Nashville's corporate leaders offer students an edge in landing desirable jobs following graduation.
Yes, Belmont encourages transdisciplinary research and combining a computer science degree with another major or minor can reault in further computer sicence proficiency. Many students combine their computer science bachelor's degree with business, mathematics or music, creating a unique set of talents that boosts their job prospects.
A computer science degree at Belmont is a four-year program. Students are required to complete 53 hours of BELL core requirements, 32 hours of the computer science major requirements, 18 hours of minor requirements and 21 hours of general elective credits for 153 hours in total.
Computer science majors at Belmont take courses such as Programming I & II, Computer Organization, Discrete Mathematics, Programming Languages, Data and File Structures and Operating Systems.
Request Information
Contact Us
College of Sciences & Mathematics
Spencer Hayes
Admissions Coordinator
(615) 460.6489
Email Spencer