News !! Our research “Reducing UML Modeling Tool Complexity with Architectural Contexts and Viewpoints“ won the Best Paper Award at MODELSWARD 2018, with collaborators from French Alternative Energies and Atomic Energy Commission (CEA LIST) and Modelware Solutions. The paper introduces a radical approach to reducing design complexity supported by a working implementation in Papyrus, the Flagship Modeling Platform.

ACM/IEEE 21st International Conference on Model Driven Engineering Languages and Systems (MODELS)2018. Paper Accepted!! Pre-print available here.


Dr. Omar Badreddin

Dr. Badreddin is the author of Susereum, a novel Blockchain Platform that aims at transforming collaborative software design and development.  Dr. Badreddin is a researcher in the field of Sustainable Software Engineering. The research is focused on exploring novel methods to reducing software complexity often by innovating novel design approaches. Our research team evaluates novel design languages and investigates how they affect design activities for medium and large software systems. Many of the research findings have made its way into prominent software design tools including Papyrus, WebSphere Monitor, and others. Dr. Badreddin contributes to key open source software including Eclipse, The Platform for Open Innovation and Collaboration.

Model Driven Software Engineering

Various flavors of modeling and levels of formalisms for Designs

Reducing complexity and improving the sustainability of large software systems can have broad implications well beyond the software engineering field. Our research team applies many of the research findings to Healthcare Informatics challenges in hospitals in the U.S and Canada. We have active collaborations with hospitals in North America, focusing on exploring techniques for compliance and clinical pathway management.

Dr. Badreddin’s main research areas include Blockchain Technologies, Cyber-Physical Systems Design and Testing, Model-Driven Engineering, and Model-Driven Systems Engineering. His collaborators include NASA Jet Propulsion Lab, French Alternative Energies and Atomic Energy Commission, and IBM. His recent work is related to testing untestable systems. Untestable systems are those that cannot be tested due to the cost of performing tests (i.e collision-avoidance systems), or due to difficulties in sitting the environment for test (i.e deep ocean explorers).

You can view list of publications and citations on Google Scholar My Citations, Microsoft Researcher Profile, LinkedIn, AcademiaResearchGateACM Digital Library, and DBLB.

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ORCID code

View Omar Badreddin's profile on LinkedIn


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