• David Adams Potential theory
• Marian Anton Topology
• Adib Bagh, Economics
• James Beidleman Group theory
• Ben Braun, Algebraic combinatorics
• James Brennan Complex analysis
• Russell Brown Harmonic analysis, inverse problems
• Richard Carey, Operator theory
• Thomas Chapman, Geometric topology
• Alberto Corso, Commutative algebra
• Alan Demlow, Adaptive finite element methods, numerical solution of differential equations
• Paul Eakin, Algebra, mathematics outreach
• Carl Eberhart, Topology
• Richard Ehrenborg, Combinatorics, juggling
• Edgar Enochs, Algebra
• Brauch Fugate, Topology
• Heide Gluesing-Luerssen, Cdoing theory, algebra
• Larry Harris, Functional analysis
• Peter Hislop, Mathematical physics, random Schrodinger operators
• Michael Jabbour, Mathematics of materials
• Kenneth K. Kubota , Algebra, web-based instruction
• Carl Lee, Combinatorics, mathematics outreach
• David Leep, Quadratic forms, number theory
• John Lewis, Harmonic analysis
• Chi-Sing Man, Mathematics of materials
• Richard Millman , Geometry, mathematics outreach
• Robert Molzon, Mathematical economics, several complex variables
• Uwe Nagel, Algebraic geometry
• Serge Ochanine, Algebraic topology
• Katharine Ott, Harmonic analysis
• Peter Perry, Mathematical physics, scattering theory

• Margaret Readdy, Algebraic combinatorics
• Jakayla Robbins, Matroids, instructional development
• Avinash Sathaye, Algebra
• Zhongwei Shen, Harmonic analysis
• Ted Suffridge, Functions of several complex variables.
• Darren Tapp, Algebra
• Changyou Wang, Calculus of variations, partial differential equations
• Qiang Ye , Numerical linear algebra

Emeritus Faculty

• Don Buckholtz, Complex analysis
• Ray Cox, Analysis
• Don Coleman, Algebra, mathematics education
• Michael Freeman, Several complex variables, emerging scholars programs
• Ronald Gariepy, Partial differential equations
• Thomas Hayden , Numerical analysis
• Henry Howard, Ordinary differential equations
• David Johnson, Algebraic topology
• John Mack, Topology
• Raymond Rishel, Stochastic control theory
• Wimberly Royster, Complex analysis, mathematics outreach
• James Simpson, Combinatorics
• James Wells, Analysis

• Anewalt, Douglas
• Banerjee, Agnid
• Barnard, Kristen
• Barra, Aleams
• Benander, Matthew
• Camacho, Fernando
• Chifman, Julia
• Clark, Eric
• Corral, Daniel
• Cook, David
• Dailey, Megan
• Deb, Dibyajyoti
• Fei, Peixing
• Geng, Jun
• Gier, Megan
• Gregory, Casey
• Harsy, Amanda
• Hineman, Jay
• Hines, Clinton
• Ho, Phuoc
• Huang, Tao
• Jiang, Teng
• Jung, Ji Yoon
• Kahn, Eric
• Kilty, Joel
• Kirby, Elizabeth
• Kirby, Nicholas
• Knox, Joshua
• Kremer, Raymond
• Kyriopoulos, Theodoros
• Li, Yuan
• Maharjand, Dharma
• Matney, Ashlee

• Mattingly, Chris
• Merrick, Thomas
• Miker, Julie
• Militzer, Erin
• Moore, Dennis
• Muldoon, Tricia
• Myers, Joshua
• Nie, Zhongyi
• Osborne, Michael
• Pelfrey, Deanna
• Pridemore, Jason
• Oeullette, Katie
• Ozbek, Furuzan
• Reinle, Jordon
• Roberts, Joss
• Robertson, Megan
• Roher, Lee
• Rotramel, John
• Sandor, Bryan
• Saxton, Aaron
• Schmidt, Jack
• Steil, Laura
• Taylor, Justin
• Thomas, R. John
• Tiser, George
• Walker, Ryan
• Weaver, Elizabeth
• Wells, Daniel
• Wells, Matthew
• Wilfong, Andrew
• Zeckner, Matt
• Zhang, Ping
• Zhi, Weifeng