COMPUTER SCIENCE S
tudying computer science at Rollins is about far more than learning to code. Sure, you’ll develop expertise in all core areas of computer science, from programming in multiple languages and the fundamental math of computation to the best practices of modern software development. But at Rollins, you’ll also acquire a suite of 21st-century skills—from critical thinking and creative problem solving to effective communication and ethical decision making—that will prepare you to lead change in our fast-evolving world. Along the way, you’ll learn by doing, honing your knowhow through collaborative research, community engagement, and cutting-edge internships—all under the watchful eye of expert faculty. You’ll emerge with a powerful collection of competencies that will put you in high demand among the world’s leading tech companies and the country’s most prestigious grad programs.
Why Study Computer Science at Rollins The Value of Teamwork The stereotype that computer scientists work in isolation is a myth. Rollins professors emphasize collaboration in each class and every project.
Interactive Learning Starting with your first programming course, you’ll grow through doing. Instructors rarely lecture, instead discussing how to use techniques while students literally have their hands on the task.
Fully Prepared for a Career The professors’ mission is to shape your college experience for the career you envision. The evidence is that graduates go directly from Rollins to PhD programs and positions with major tech companies.
“The challenges of certain projects exposed me to the very real necessity of working in a team. Don’t get me wrong. We weren’t coddled in our projects. In fact, I believe we were strategically placed to create some discomfort, which encouraged everyone to grow and experience true collaboration.”
Grace Soto ’17
Software Engineer, Lockheed Martin
Rollins Computer Science Careers Rollins computer science grads are making tomorrow happen at some of the world’s most innovative companies.
David Celis ’11
Senior Software Engineer, HashiCorp
Carmen Cheng ’18
Site Reliability Engineer, Apple
Hannah Holman ’18
Software Engineer, Electronic Arts
McKenzie Ryan ’15
Application Programmer Analyst, BBVA Compass
Shree Raj Shresta ’17
Software Development Engineer, Amazon
Eduardo Verde ’17
DevOps Software Developer, Adapt Forward Cyber Security
Real World Experience From community engagement courses to internships and research, students hone their skills in the real world.
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Popular Courses The faculty’s personal focus on each student and collaboration with an advisory council comprised of leading industry professionals allows them to continually adjust the computer science courses to align with leading trends. • CMS 270 Object-Oriented Design and Development • CMS 380 Simulation Design and Analysis • CMS 430 Artificial Intelligence • CMS 484 Computer Science Capstone • CMS 470 Security • CMS 495 Computational Photography
Beyond the Classroom High-Profile Internships Former Rollins students have blazed a path for future Rollins students at places like Lockheed Martin, NASA, Amazon, Dell, and the Harris Corporation. Mentors at these corporations now actively seek Rollins students.
Study Abroad Rollins instructors groom students to engage in global educational experiences in Germany, Japan, England, Australia, and Spain, among other countries. Professors at universities abroad say Rollins students are among the most capable in their programs.
Summer Research Opportunities Whether through the competitive Research Experiences for Undergraduates (REUs) funded by the National Science Foundation or on-campus projects through our StudentFaculty Collaborative Scholarship Program, our students have the chance to engage in a variety of high-level research.
ADM 1808-0161
Expert Faculty Our computer science faculty hold terminal degrees in the ďŹ eld, but at Rollins, your professors are more than experts. They are passionate teachers, collaborative partners, and meaningful mentors who are committed to helping you discover your passions and to creating opportunities for you to put your ideas to work in the world.
Julie R. Carrington, PhD Associate Professor of Computer Science
Research interests: Graph theory, collaborative computer research projects
Rochelle Elva, PhD Assistant Professor of Computer Science
Research interests: Software clone detection, computer simulations, cyber security, program analysis, personal software process
Dan S. Myers, PhD Assistant Professor of Computer Science
Research interests: Computer performance modeling and queuing theory; data analytics for community nonprofits and social innovation
Valerie Summet, PhD Assistant Professor of Computer Science
Research interests: Human-computer interaction, assistive technology, computer science education
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