Systems analysis is a holistic and logical approach to solving engineering and business problems. A system is defined as a set of components that work together toward a common goal. Systems analysts explore the behavior of current systems to model the relationships between the components to recommend modifications that will improve system performance. They also design new systems using the latest software tools and design techniques to satisfy customer requirements.

Systems analysis is a multidisciplinary field that includes programming, probability and statistics, mathematics, software engineering and operations research. Systems analysts combine their knowledge from these fields with the framework of the Scientific Method to:

• Define the scope of a problem
• Determine objectives, constraints and performance measures
• Identify alternative courses of action
• Evaluate the alternatives according to the performance measures and
• Recommend a solution(s) that will meet the needs of a decision maker.

This is an excellent major for students interested in problem solving, computer science, mathematics, working and communicating with others, analyzing and meeting others' needs. Upon entering this program, you should have an interest in analytical thinking and problem solving, an aptitude for mathematics, an interest in working with people, and good communication skills.

The curriculum integrates course work in computer science, information systems, mathematics, probability and statistics, oral and written communication, the liberal arts and science. Each student is also required to choose a special interest area (four courses) in another discipline, such as business, engineering, technical writing, or the sciences.

Students have the opportunity to gain experience in their profession by choosing the co-op program in which students alternate semesters of study with semesters of work in industry, or through summer internships. Additionally, the University employs many students as laboratory assistants, program debuggers, and grading assistants.

Students also have the opportunity to become involved in the student organizations of the Association for Computing Machinery (ACM), Association for Women in Computing (AWC), Black Data Processing Associates (BDPA) and Omega Rho (Operations Research Honorary).

Graduates typically work as a consultant, programmer/analyst, systems analyst, systems designer, operations research analyst, systems planner, or database developer and administrator. Other graduates continue their education in graduate school.

Curriculum and Handbook

Curriculum for the Systems Analysis Major.

For more details about the program see the Undergraduate CSA Student Handbook.