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Mathematical, Computational, and Engineering & Sciences Department

From Theory to Application

The Mathematical, Computational, and Engineering & Sciences Department represents a bold step forward in interdisciplinary research and innovation. Designed to bridge the theoretical rigor of mathematics, the algorithmic power of computation, and the real-world impact of engineering, this department will serve as a hub for cutting-edge exploration and problem-solving across scientific domains. With a mission to advance fundamental knowledge and develop practical solutions to complex challenges, this department is poised to become a cornerstone of discovery and collaboration.

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Hands-On Learning with Modern Technology

Manchester University offers applied mathematics students access to a range of technology-rich learning environments. The Science Center includes a computer classroom (SCIC 142) for instruction and a dedicated lab (SCIC 123) reserved for software engineering and mathematics majors. This space includes seven high-performance computers, a 3D printer, and a Raspberry Pi lending library for student experimentation. With wireless connectivity across campus and regular hardware updates, students have the tools they need to build, simulate, and solve complex real-world problems in modern mathematical modeling and computing.

Capstone Projects & Internship Experience

Applied Mathematics majors complete either a Senior Project or an approved internship to fulfill graduation and writing-intensive requirements. Internships typically occur during the summer before senior year and include a technical paper and presentation to faculty. Students who opt for the Senior Project engage in research or software development, culminating in a formal paper and 35–40-minute departmental presentation. Both options build professional skills in writing, presenting, problem-solving, and project management—essential for success in applied mathematics careers.

Student Groups

Students in the Marvin L. Bittinger Department of Mathematics and Computer Science have multiple opportunities to connect outside the classroom. Three active student groups support academic exploration, leadership, and fun:

  • Kappa Mu Epsilon (KME) is the national mathematics honor society. The Indiana Alpha chapter at Manchester recognizes students with academic excellence in mathematics and computer science coursework.
  • Students Pondering About Mathematics (SPAM) is a student-run organization open to all majors. Events include fall/spring picnics, conference attendance, and guest speakers.
  • Computer Science Club is open to all students interested in computing. Activities range from LAN parties and technical projects to an annual cookout. Software engineering majors are expected to participate, and minors are encouraged to join.

These groups foster community, support academic growth, and provide leadership experience.

Learn more about Student Groups in Spartan Life. 

Department Legacy

The Marvin L. Bittinger Department of Mathematics and Computer Science is supported by a generous endowment from alumni Marvin and Elaine Bittinger. The department fosters a legacy of teaching excellence and student mentorship. Marvin Bittinger, a nationally renowned mathematics educator and author of over 200 textbooks, believed in making mathematics accessible and rewarding for every learner. This spirit continues today through close faculty advising, undergraduate research support, and faculty development that enhances every student’s experience.

Academic Foundations and Applied Theory

Whether you pursue the Applied Mathematics major or the Mathematics minor, you’ll develop critical analytical skills and gain exposure to both theoretical and applied mathematics. Students explore foundational concepts through calculus, discrete structures, geometry, and analysis, while also engaging in practical problem-solving using tools like statistics, mathematical programming, differential equations, and scientific computing. This balance of theory and application prepares students to solve real-world problems with a strong conceptual framework and technical skillset.

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