• Two Math Faculty to Speak at ICM

    Congratulations to faculty members Pierre-Emmanuel Jabin and Xuhua He who have been selected as invited speakers at the International Congress of Mathematics in Rio de Read More
  • Promotions and New Faculty

    We are delighted to announce that faculty members Jacob Bedrossian, Maria Cameron, Amin Gholampour, and Christian Zickert have been promoted to the rank of Associate Read More
  • William E. Kirwan Distinguished Undergraduate Lectures

    Mathematics for Art Investigation: Mathematical tools for image analysis increasingly play a role in helping art historians and art conservators assess the state of conversation Read More
  • Upcoming Conferences

    We would like to draw your attention to several exciting conferences coming up in the Mathematics Department: The Spring Dynamics Conference, Wednesday, April 4 - Sunday, Read More
  • Putnam Exam

    We would like to congratulate the University Maryland team on their excellent performance on this year's William Lowell Putnam Mathematical Competition, the premier undergraduate math Read More
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There are two (limited) Math Department funds for graduate students travelling to conferences, the AMSC fund and the Levermore fund. Each fund can be used at most once a year. The AMSC fund covers expenses for up to  600, and is available to students giving a talk or presenting a poster, or else students who have some additional funding from other sourses (advisor, conference organizers, etc.). The Levermore fund covers smaller emounts. The two funds cannot be combined.  For either fund, please  limit the amount requested for meals to $ 25/day.

The printing of posters can be covered by the department, as a separate expense.

In addition, there is the University Goldhaber fund which provides matching funds for students presenting posters or giving talks.

Students planning to travel to conferences should see the Associate Chair for Graduate Studies  for preliminary approval, and then fill out a travel form al least two weeks before departure day, listing the graduate chair as PI.

(Under construction)

 

Recent UMD PhD theses can be found here.  You can search for an individual author, or all Math dissertations. You may also be interested in the Math Genealogy Project.

  • Aziz Osborn Gold Medal in Teaching Excellence 2016-2017

Kristin Carfora

Liam Fowl

Nicholas Paskal

Tengfei Su

Adil Virani

Nathan Yu

  • Aziz Osborn Gold Medal in Teaching Excellence 2015-2016

Sean Ballentine

Chae Clark

Stefan Doboszczak

Rebecca Black

Oliver Rourke

Nakhila Mistry

  • Aziz Osborn Gold Medal in Teaching Excellence 2014-2015

Xia Hu

Siming He

Lucia Simonelli

Richard Rast

Ryan Hunter

Patrick Daniels

  • Aziz Osborn Gold Medal in Teaching Excellence 2013-2014

Robert Maschal

Matthew Whiteway

Oliver Lum

Ryan Kirk

Jinhang Xue

Sam Bloom

  • Gold Medal in Teaching Excellence for Graduate Students 2012-2013

Matthew Becker

Colleen Stock

James Murphy

Matt Begue

Jacob Ralston

  • Gold Medal in Teaching Excellence for Graduate Students 2011-2012

Adam Lizzi

Kanna Nakamura

Geoffrey Clapp

Maxx Cho

Jong Jun Lee

  • Gold Medal in Teaching Excellence for Graduate Students 2010-2011

Hana Ueda

Catherine Ochalek

Stephen Balady

Alexander Cloninger

Each year the Mathematics Department hosts a competition for graduate students called Spotlight on Research, with cash prizes. The competition is run and judged by current studnets in the MATH, AMSC, and STAT programs.

Previous winners are at this link: Spotlight on Graduate Research Awards

The requirements below are for students in pure mathematics, not in statistics. For students in Statistics: Qualifying Exams must be passed in Statistics, Probability, and Applied Statistics.

1. Students must pass 2 qualifying exams from the following list:

Algebra (Math 600, 601)
Analysis (Math 630, 660)
Geometry (Math 730, 740)
Probability (Stat 600, 601)
Statistics (Stat 700, 701)

A student in pure mathematics can use at most one of Probability and Statistics to satisfy the exam requirement.

2. Students must take four additional semesters of courses from the following list, with a grade point average of 3.3 or better for the four courses used to satisfy this requirement. Courses with grades less than B cannot be included (for example, B− is not allowed).

Math 600, 601 (Algebra)
Math 630, 660 (Analysis)
Math 730, 740 (Geometry)
Stat 600, 601 (Probability)
Stat 700, 701 (Statistics)
Math 634 (Harmonic Analysis)
Math 642 (Dynamical Systems I)
Math 712, Math 713 (Logic)
Math 734 (Algebraic Topology)
AMSC 666, AMSC 667 (Numerical Analysis)
Math 631 (Real Analysis)
Math 670 (ODE)
Math 673, Math 674 (PDE)

The four semesters are not required to be in the same sequence of courses. For example, Math 730, Math 670, AMSC 666, and AMSC 667 would be acceptable. These four semester-long courses must be distinct from the ones supporting the qualifying exams passed in Part 1.

A student may take and pass a third (and possibly, a fourth) qualifying exam in place of taking the actual courses. For example, passing the written exams
in Algebra, Analysis, and Geometry would count as 2 exams plus 2 semesters.

One qualifying exam must be passed by January of the second year, and all requirements must be finished by January of the third year.

Students who have taken courses from the second list elsewhere may petition the graduate chair to have such courses satisfy up to two semesters of the four-semester requirement (although generally students should instead use these courses as preparation for qualifying exams).

Each course on the lists should have serious assessment methods (graded homework, projects, exams, and/or similar). There should be some significant assessment that is guaranteed to be done solely by the student (that is, an exam, not only homework).

 

  • William E. Kirwan Hall, home of the Mathematics Department

    William E. Kirwan Hall, home of the Mathematics Department

  • The Experimental Geometry Lab explores the structure of low dimensional space

    The Experimental Geometry Lab explores the structure of low dimensional space

  • Maryland mathematicians help to investigate the inner workings of E_8

    Maryland mathematicians help to investigate the inner workings of E_8

  • Hyperbolic Space Tiled with Dodecahedra

    Hyperbolic Space Tiled with Dodecahedra

  • Isotropoic Gaussian random field with Matern correlation

    Isotropoic Gaussian random field with Matern correlation

  • Part of the proof of the Peter-Weyl theorem

    Part of the proof of the Peter-Weyl theorem