MATH 615

Advanced Discrete Mathematics

3 Graduate credits
Effective August 19, 2018 – Present

Graduation requirements this course fulfills

Advanced topics in discrete mathematics and combinatorics including setting up and solving recurrence relations, finite calculus, manipulation and evaluation of sums, Möbius inversion, binomial coefficients, Fibonacci numbers, Stirling numbers, and generating functions.

Special information

Prerequisites: Bachelor's degree in mathematics, mathematics education, statistics or related field. Note: Graduate admission status required. Students whose prerequisites are not identified by the system should contact the Math and Statistics Department for an override at

Learning outcomes


  • Use recurrence relations to formulate and solve combinatorial problems.
  • Manipulate and evaluate complicated sums.
  • Prove and use identities involving binomial coefficients.
  • Prove and use identities involving special numbers such as Fibonacci numbers and Stirling numbers.
  • Find and use generating functions to solve combinatorial problems.

Spring 2020

Section Title Instructor
01 Advanced Discrete Mathematics Boldt, Axel Books Course details