Doctoral Graduates

Data last updated on October 19, 2018 at 04:01 AM

This site includes all doctoral graduates, from the first graduate in Fall 1980 to the most recent term. Search for doctoral graduates using one or more of the filters. Selecting no filters displays all students for all terms. Remember to Reset Filters between searches.

Blank names, titles or chairs are intentionally blank due to various reasons. Please send questions or comments to Carreen.Krapf@ucf.edu in the College of Graduate Studies.


Page 0 of 0 pages | 0 graduates

Student Results

Term Student Name Program Subplan Chair
Summer 1998 Sherif Ishak Civil Engineering PhD Al-Deek, Haitham
APPLICATION OF ARTIFICIAL NEURAL NETWORKS TO AUTOMATIC FREEWAY INCIDENT DETECTION
Spring 2014 Andre Ishmael Physical Therapy DPT Hanney, William
Scores on the FMS in those with a recent episode of LBP: a case controlled study.
Spring 2015 Muhammad Islam Physics PhD Khondaker, Saiful
Parallel fabrication and transport properties of carbon nanotube single electron transistors
Summer 1997 Toni Ivanov Electrical Engineering PhD Mortazawi, Amir
CONSTRAINED PACKAGE MILLIMETER-WAVE QUASI-OPTICAL POWER COMBINING AMPLIFIERS
Spring 2011 Nicola Ivey Physical Therapy DPT Pabian, Patrick
Isokinetic strength profiles of patients 11-13 weeks post ACL reconstruction: an analysis based on graft type and gender
Spring 2005 Robert Iwanow Optics and Photonics PhD Stegeman, George
Discrete Wave Propagation in Quadratically Nonlinear Media
Summer 2011 Mukundan Iyengar Computer Engineering PhD Chatterjee, Mainak
Measuring and Improving Internet Video Quality of Experience
Fall 2009 Toufic Jabbour Optics and Photonics PhD Kuebler, Stephen
DESIGN, ANALYSIS, AND OPTIMIZATION OF DIFFRACTIVE OPTICAL ELEMENTS UNDER HIGH NUMERICAL APERTURE FOCUSING
Spring 2017 Fawzi Jaber Hyder Business Administration PhD Finance Chen, Honghui
Three Essays on Market Efficiency and Corporate Diversification
Spring 2018 Maryam Jaberi Computer Science PhD Foroosh, Hassan
Sampling and Subspace Methods for Learning Sparse Group Structures in Computer Vision