Rate My Professor Devon Simmonds

Dr. Simmonds' research focuses on software engineering, particularly the analysis and evaluation of software architectures, the development, testing, and evaluation of aspect-oriented software systems, the application of aspect-oriented techniques to distributed systems, model-driven software engineering, model transformations, and code generation from design models. He has led the Software Lab at UNCW, a facility designed to support the engineering of real software for clients beyond the university community. His publications include over twenty peer-reviewed papers and his doctoral dissertation. Key works are "Principles of Programming Paradigm Evolution" in IEEE Computer (2012), "Developing Distributed Services Using an Aspect Oriented Model Driven Framework" in the International Journal of Cooperative Information Systems (2006), "A Directive-Based Transformation Approach for UML Class Diagrams" and "Metrics for Migrating Distributed Applications" (both SERP 2015), "Complexity and the Engineering of Bug-Free Software" (FECS 2018), "A Case Study in the Model-Driven Development of CorkBoard" (SERP 2013), "Exploring Model-Based Design" (ITNG 2012), "ClipBits - A Case Study in Model-Driven Software Engineering" (SERP 2012), and "BIOBase: An Adaptable Biometric Tool and Database" (BIOCOMP 2014). These contributions appear in conferences with acceptance rates of 25-40%, highlighting his influence in model-driven and aspect-oriented software development.