Program brochure

Masters Degree

The Master of Mathematics of Advanced Industrial Technology (MAIT) degree requires 10 classes (30 credits) to be completed with a GPA of 3.0 or higher. Coursework includes 3 core subjects, as well as electives chosen from a host of options. Coursework also includes a one or two-semester practical project course under the guidance of a faculty member. The project course may be employer-work related. The student's faculty advisor must approve program coursework.

Graduate Certificate in RADAR Signal Processing

Designed for the working professional, the Graduate Certificate in Radar Signal Processing is ideal for technicians seeking to enhance their knowledge of RADAR technology, as well as for scientists and mathematical engineers seeking to stay on top of the latest RADAR analysis technology. The program is also appropriate for electrical and electronics engineers, air traffic controllers, and government and military personnel. The 12-credit Graduate Certificate program will be taught by some of the leading experts in the field. Students will learn both the fundamentals of modern RADAR systems and the underlying mathematical basis for the processing of RADAR returns. Credits earned during the Certificate program may be applied toward the Masters in Mathematics of Advanced Industrial Technology (MAIT) program at the University of Maryland. Courses include:

MAIT679T: Target Tracking and Filtering
MAIT 623: Modern Mathematical Methods of Signal and Image Processing
MAIT 679V/ENPM 808V: Principles of Radar I
MAIT 679Z/ENPM 808Z: Principles of Radar II

Graduate Certificate in Mathematics of Advanced Industrial Technology

For students wishing to enhance their career skills in specific subject matter, the Center also offers a Graduate Certificate in Mathematics of Advanced Industrial Technology to students completing 4 courses (12 credits) within the program. Coursework will include at least 2 of the core subjects and 2 listed electives to be completed with a GPA of 3.0 or higher.

Graduate Certificate in Computational Harmonic Analysis

The Norbert Wiener Center offers a specific Graduate Certificate concentration in Computational Harmonic Analysis. This 12-credit program is tailored to working engineers and scientists wishing to advance their understanding of the latest Fourier, Wavelet, and Time-Frequency Harmonic Analysis methods and algorithms. The program will include the following courses: MAIT 633 Applied Fourier Analysis; MAIT 623-624 Modern Mathematical Methods of Signal and Image Processing; and a fourth elective selected with the approval of the student's advisor. Coursework must be completed with a GPA of 3.0 or higher.