Program Learning Outcomes - Integrated Mathematics and Computer Science

By the end of the program, students graduating will be able to:

• Use critical thinking and analytical skills to identify problems in mathematical modeling, data analysis, programming and software design.
• Articulate problems and respective solutions that combine both mathematics and computer science.
• Demonstrate an understanding of fundamental principles and techniques of Mathematics and Computer Science.
• Evaluate and critically examine available experimental and observed data to draw valid conclusions.
• Integrate principles of Mathematics and Computer Science in the problem-solving process.
• Apply principles and skills in Mathematics and Computer Science to multidisciplinary problems as a productive member of a team.
• Combine the vocabularies of Mathematics and Computer Science to formulate effective communication methodology and findings to professionals from different disciplines and the general public.
• Recognize the limits of mathematics and computer science, especially in terms of limitations of computation and mathematical analysis, and their appropriateness and reliability for the particular application.
• Assess the ethical consequences of methodology and its application.
• Debate the role and impacts of technology in society.
• Demonstrate an ability to independently acquire knowledge and technology including but not limited to new technologies, novel mathematical models and analytical techniques, and emerging applications.