Master of Science

Computer Science

Deepen your computing expertise through advanced study in systems, algorithms and emerging technologies that support long-term career growth.

Classes Start Six Times Per Year For Ultimate Flexibility
computer science student working on assignment
Format Online
Tuition $755 per credit hour
Credits 33 credits
Duration 12 months
Term Length 7 weeks

This program has received approval from the Higher Learning Commission (HLC) and the Ohio Department of Higher Education (ODHE). Approval from the U.S. Department of Education (DOE) for Title IV federal financial aid eligibility is currently under review. At this time, students enrolled in this program are not eligible to receive Title IV federal financial aid for this program. We are excited to offer this new program and will provide updates as additional approvals are received.

Beyond Code and Tools. Strengthen Your Understanding of Computer Science.

Study Advanced Computing Concepts

Explore algorithms, systems architecture, programming languages, artificial intelligence and cybersecurity in greater depth.

Prepare for High-Demand Technical Roles

Develop the expertise to pursue careers in software engineering, systems analysis, machine learning, cybersecurity and data science.

Apply Computing Knowledge to Complex Problems

Sharpen your ability to evaluate technologies, solve technical challenges and support innovation across industries.

MS Computer Science
Program Requirements

Everything you need to know about the program, curriculum structure and degree completion requirements.

Program Highlights

Tiffin University’s Master of Science in Computer Science is designed to help students build the advanced knowledge and technical confidence needed to solve complex computing problems in professional settings. Through a curriculum grounded in both theoretical depth and real-world application, students strengthen their ability to analyze systems, evaluate emerging technologies and develop solutions that support innovation across industries.

As students move through the program, they expand their capabilities in areas such as algorithms, systems architecture, artificial intelligence and cybersecurity while also developing a broader understanding of how these disciplines connect in practice. The program prepares graduates to think more strategically, approach technical challenges with greater depth and apply computing knowledge in ways that support leadership, innovation and long-term career growth.

Designed for both recent graduates and working professionals, the program offers a flexible online format and opportunities to apply learning through hands-on projects, virtual labs and a culminating capstone experience. With guidance from experienced faculty and a curriculum informed by current industry needs, students graduate prepared to contribute at a higher level in technical and interdisciplinary computing environments.

  • Strengthen expertise in advanced algorithm design, operating systems and computer architecture
  • Build the ability to evaluate secure network engineering and systems reliability in cloud and hybrid environments
  • Develop a deeper understanding of global and ethical issues in computing, including data governance and cross-border technology challenges
  • Analyze and apply parallel computing solutions using real-world performance metrics
  • Refine software development skills across multiple programming paradigms and language types
  • Apply advanced computer science knowledge through a capstone project focused on real-world problem-solving
  • Learn from faculty with professional experience in high-performance computing, AI integration and systems innovation

Who This Program Is Designed For

This program is designed for students with prior academic or professional experience in computing who are ready to deepen their expertise and advance their careers. It is especially well-suited for working professionals seeking to strengthen their technical capabilities, broaden their knowledge across high-demand areas and prepare for greater responsibility in the field.

Preparing You for the Real World

The MS in Computer Science at Tiffin University provides students with a hands-on, systems-oriented education that prepares them to contribute meaningfully in professional and technical settings. From the very first course, students work through real-world scenarios in computing infrastructure, software architecture, advanced algorithms and global tech challenges.

Whether analyzing processor performance, exploring network security, or developing scalable parallel computing solutions, students engage in applied learning that mirrors industry environments. Courses in the program ensure students will graduate with the ability to design, evaluate and implement solutions that meet the demands of a fast-changing technological world.

A Practical, Professional Education

Students will develop competencies that allow them to:

  • Create optimized software systems informed by deep algorithmic analysis
  • Build and assess secure, high-performing networks and computing platforms
  • Investigate and respond to emerging challenges in global and cross-cultural tech environments
  • Address ethical dilemmas in data use, system design and cybersecurity through applied reasoning
  • Lead collaborative projects that integrate technical expertise with social and global awareness

Format & Sample Courses

Format

Online – Offered in two terms per semester starting in January, March, May, July, August and October

Sample Courses

Advanced Operating Systems Theory (CST 505) – Explore the theoretical foundations of modern operating systems, focusing on process synchronization, virtual memory and file system architecture. Students analyze design trade-offs and simulate resource management models to understand the critical role operating systems play in secure, high-performance computing.

Programming Languages: Design and Concepts (CST 535) – This course investigates the structure and semantics of programming languages. Students compare paradigms like functional and object-oriented models and apply formal methods to evaluate how language design impacts software reliability, efficiency and scalability.

Advanced Algorithm Design and Analysis (CST 560) – Students study algorithm development strategies such as divide-and-conquer, greedy methods and dynamic programming. Emphasis is placed on complexity analysis, proof of correctness and the application of efficient data structures in AI, security and large-scale computing contexts.

Computer Architecture: Design Perspectives (CST 620) – Investigate how processors, memory systems and architectural models like RISC and CISC shape computing performance. Students evaluate performance trade-offs and explore how hardware-software interaction drives innovation in system design.

Career Opportunities

The Master of Science in Computer Science at Tiffin University prepares students for high-demand roles in today’s tech-driven economy. With a focus on advanced systems, algorithms and emerging technologies, graduates are equipped to solve complex problems and lead innovation across industries.

According to the U.S. Bureau of Labor Statistics, jobs in computer and information technology are projected to grow much faster than average, with about 356,700 openings projected each year, on average, until 2033. Jobs in this field have a strong demand for professionals skilled in artificial intelligence, systems engineering and data-driven decision-making.

Graduates of the program may pursue roles such as:

  • Software engineer or software architect
  • Systems analyst or systems engineer
  • Machine learning engineer
  • Cybersecurity specialist
  • Network engineer or infrastructure architect
  • Data scientist or data engineer
  • Research and development specialist
  • Solutions architect or technical consultant
  • Cloud systems developer
  • Candidate for doctoral study in computer science or a related field

Master of Science in Computer Science FAQ

What is computer science?

Computer science is the study of computational systems, algorithms and software design. It focuses on understanding how computers solve problems, how systems are built and how emerging technologies like artificial intelligence and cybersecurity are shaping the modern world.

What is an M.S. in Computer Science?

A Master of Science in Computer Science is a graduate-level degree designed for students who want to deepen their knowledge of computing systems and advance their careers in technology. The program combines theoretical foundations with applied skills in areas such as operating systems, programming language design, algorithm development, data mining and AI.

What can I do with an M.S. in Computer Science?

With a master’s degree in computer science, you’ll be prepared for a wide range of technical and leadership roles in industries such as software development, data analytics, cybersecurity, cloud computing and research. The degree also serves as strong preparation for doctoral studies or specialized certifications.

Is the M.S. in Computer Science offered online?

Yes. Tiffin University’s program is delivered fully online to offer flexibility for working professionals and students worldwide. All coursework can be completed remotely, with no on-campus requirements. 

80 %

of students receive financial aid

96.9 %

of TU graduate alumni have a career outcome within 6 months of graduation

“Very early on in the program, I had a professor that coached us through the course by reminding us that we were making short-term sacrifices to reach our long-term goals. I have carried that with me throughout the program and have been grateful for the impact those words have made on my persistence and success.”

Kelli Crawford-Smith
TU Alum
Class of 2019