What should a Mathematics major know, be able to do, and/or have achieved by graduation?

Critical Thinking / Logical Thinking Skills

• Assess correctness of solutions, create and explore examples, carry out mathematical experiments, and devise and test conjectures
• Organize logical arguments coherently, demonstrating clear reasoning
• Provide and evaluate the validity and relevance of evidence to support mathematical claims and conclusions
• Analyze and critique mathematical arguments, identifying strengths and weaknesses
• Identify, analyze, and apply patterns and connections within mathematics and across academic disciplines
• Move from concrete to abstract thinking and back with facility

Communication Skills

• Create clear, concise proofs that effectively communicate mathematical ideas
• Communicate mathematical topics to diverse audiences, adapting style and tone accordingly
• Develop a voice

Interdisciplinary Skills

• Develop collaboration skills
• Take intellectual risks by exploring unfamiliar mathematical territories and approaches
• Develop independence in thinking, problem-solving, and applying mathematical concepts creatively
• Cultivate a love of learning and enjoyment in mathematical exploration
• Build confidence in tackling interdisciplinary problems using mathematical tools and techniques

Math Conceptual Understanding and Skills

• Develop a strong foundational understanding of core mathematical concepts in calculus and linear algebra
• Explore advanced mathematical topics such asl analysis, algebra, geometry, computational mathematics, and mathematical modeling, gaining depth of understanding
• Practice technical skills through the use of mathematical and/or statistical software and typesetting tools like LaTeX
• Prepare for future pursuits by engaging in rigorous mathematical study and research, exploring career opportunities and recognizing the role of mathematical skills across various fields