Bachelor in Mathematics and Computer Science BS (Computational Mathematics Concentration)

The University of Illinois at Chicago places students at the center of a dynamic urban research university with deep ties to Chicago's cultural and professional landscape. UIC serves a diverse student body across 15 colleges and offers a wide range of undergraduate and graduate programs. Its location provides direct access to internships, industry partnerships and community engagement projects that enhance classroom learning with practical experience.

Research and innovation are core strengths at UIC, with faculty and students collaborating on initiatives in healthcare, technology, urban policy and more. Students can engage in hands-on research alongside experienced mentors and contribute to projects that have local and global impact. The university's commitment to inclusion creates a multicultural learning environment where perspectives from more than 130 countries enrich academic and campus life.

Living and studying at UIC offers the advantages of an affordable urban campus with proximity to major employers, hospitals and cultural institutions. Support services for international students, active student organizations and community outreach programs help newcomers settle in and build professional networks. For students seeking a rigorous education tied to real-world outcomes in a vibrant city, UIC provides a pathway to both academic growth and career readiness.

The Bachelor in Mathematics and Computer Science BS with a Computational Mathematics Concentration at University of Illinois at Chicago is for students interested in math and computer science. This 4-year degree helps students develop skills in mathematical modeling and computational methods. Main advantages include small class sizes and access to state-of-the-art computer facilities.

The curriculum includes subjects like linear algebra, differential equations, and computer programming. Students develop skills in mathematical modeling, data analysis, and software development. Hands-on components include research projects and coding assignments that help students apply mathematical concepts to computational problems.

Graduates can pursue careers as Data Analysts, Mathematical Modelers, Software Developers, Computational Biologists, or Cryptographers. They can work in industries like finance, healthcare, or technology, and can be employed by companies like Google, IBM, or the National Security Agency.