Hassan Gomaa

Papers

Total Citations

108

H-Index

About

Hassan Gomaa is a leading authority in software engineering for real-time, embedded, and distributed systems, with a particular focus on service robotics. His research centers on the rigorous application of UML-based methods to develop reliable, concurrent software for complex, mission-critical applications. Gomaa’s most significant contribution is the COMET method, a systematic, object-oriented design approach he pioneered for concurrent and real-time systems. His work demonstrates how COMET can be applied to intelligent service robots, especially for assisting the elderly and disabled—a field that has grown increasingly vital. His highly cited paper, "Service robot for the elderly" (58 citations), exemplifies this by detailing a software engineering method for developing such assistive technologies. Gomaa further advanced the field by integrating behavioral analysis into the design process, as shown in his work on analyzing concurrent software designs for embedded systems using colored Petri nets. With over 100 citations across his key publications, Gomaa’s impact is clear: he has provided the foundational engineering discipline needed to build safe, dependable, and efficient autonomous systems that interact with the physical world.