MATH 5615H-002: Honors Analysis I — Fall 2025

Course Details

Course Description

This course offers a rigorous introduction to real analysis with a strong emphasis on proof-based understanding of foundational concepts. We begin with the construction and properties of the natural, rational, and real number systems, including the completeness axiom and the extended real numbers. We then study sequences and series of real numbers, convergence criteria, and related topological concepts in metric spaces. Topics include monotone and Cauchy sequences, subsequences, limsup/liminf, and convergence tests for series.

Next, we develop the theory of continuous functions, uniform continuity, and limits of functions in metric spaces, including connectedness. The course proceeds to power series, uniform convergence of sequences and series of functions, and applications such as term-by-term differentiation and integration. We conclude with a rigorous treatment of differentiation and Taylor’s theorem, the Riemann integral and its generalizations, improper integrals, and selected advanced topics such as nowhere-differentiable functions.

Weekly Course Outline

Prerequisites: [[2243 or 2373], [2263 or 2374], [2283 or 3283]] or 2574
Enrollment Requirements: Math honors students; 5000-level courses

Important Dates — Fall 2025

Academic Support

  1. Participate in study groups.
  2. Utilize the SMART Learning Commons for free tutoring across Twin Cities campuses.
  3. Attend instructor office hours (see ‘Course Details’ for times).

Assessments

Homework

In-Class Midterm Exams

Final Exam

Make-up Exams

Grading Policy

After the final exam, two scores are computed:

Your final score is max(Score 1, Score 2).
Your letter grade is assigned as the higher of:

Letter grades may also include A-, B+, B-, C+, C-, D+, D-.

Calculator Policy

Drops/Withdrawals