Welcome to the Office of Graduate Affairs
The College of Engineering and Computer Science (CECS) Office of Graduate Affairs serves current and prospective graduate students, CECS faculty, and alumni of CECS graduate programs. It operates as the interface between CECS and the UCF’s College of Graduate Studies (CGS).

Mission & Objectives
Our mission is to support the development of highly advanced computer scientists and engineers who will build the future of Florida, our nation, and beyond.
Our office is committed to providing graduate students with the best experience during their time at UCF. We measure our success by the successes of the individuals whom we support. Alumni of CECS graduate programs are well-prepared as a part of the academic experience at UCF. These graduates are highly sought after for both industrial and academic positions. They create opportunities for current CECS students.

Why Choose UCF
With 10 doctoral programs, 18 master’s programs, and 10 graduate certificate programs, CECS is dedicated to ensuring each individual student has endless opportunities to grow.
Facts and Rankings:
#1
Nation’s Workforce Supplier to Aerospace and Defense Industry
#2
CyberForce Competition
#1
World Champs in Computer Vision
#1
In Florida for Number of 2020 NSF CAREER Awards
#5
National Rank in Transportation Science and Technology; #29 in World
#3
North America, Competitive Computer Programming
Today's Defenses
Christian Anzalotta (Mechanical and Aerospace Engineering)
Turbine Exhaust Cylinder and Manifold Wake Interactions at High Swirl AngleShah Wasif Sazzad (Mechanical and Aerospace Engineering)
DEFECT-GUIDED AND ENERGY-DRIVEN UNFOLDING WITH LEARNING-BASED STRATEGIES: FROM GEOMETRIES WITH COMPACT REFOLDING TO GARMENTSJihye Song (Modeling & Simulation)
For Whom the Tale's Told: A Multilevel Perspective to Understand Narrative and Identity in Information EcosystemsAnirudh Ranganathan (Mechanical and Aerospace Engineering)
STUDY OF COMPRESSIBILITY OF FLAMES IN SCRAMJET COMBUSTORSTasnia Noboni (Mechanical and Aerospace Engineering)
DYNAMIC MODELING OF A TETHERED QUADROTOR AUTOGYRO WITH ARTICULATED ROTORS AND CONTROL USING DIFFERENTIAL ROTOR BRAKING AND SWITCHED FLIGHT MODESCalvin VanWormer (Electrical and Computer Engineering)
CHIRPI - Implementing and Analyzing the CHIRP Protocol on ESP32 HardwareAriadna Martin Oliva (Civil, Environmental and Construction Engineering)
Temporal Patterns of Storm Surges: Event-Identification, Clustering, and Count ModelingSydney Giannuzzi (Mechanical and Aerospace Engineering)
Increasing Actuation Authority and Bandwidth for Aeromechanics Testing: A Piezoelectric-Based ApproachFahim Faysal (Mechanical and Aerospace Engineering)
Processing, Characterization and Performance of Ceramic Liners for Hydrogen Gas Turbine EnginesNeed Assistance?
If you need assistance, please visit the College of Engineering and Computer Science Office of Graduate Affairs, and we will help you find the appropriate support.
