▪ AI for Software Engineering ▪ Agile methodologies ▪ Cloud and Service-oriented Computing ▪ Component-based Software Engineering ▪ Configuration Management and Deployment ▪ Cooperative, Distributed, and Global Software Engineering ▪ Cyber-physical Systems and Internet of Things ▪ Debugging, Defect Prediction and Fault Localization ▪ DevOps and Container ▪ Embedded Real-time Systems ▪ Empirical Software Engineering ▪ Formal Methods ▪ Human Factors and Social Aspects of Software Engineering ▪ Middleware, Frameworks, and APIs ▪ Mobile and Ubiquitous Systems ▪ Model-driven and Domain-specific Engineering ▪ Open Source Development ▪ Parallel, Distributed, and Concurrent Systems ▪ Programming Languages and Systems

▪ Refactoring ▪ Requirements Engineering ▪ Reverse Engineering ▪ Search-based Software Engineering ▪ Security, Reliability, and Privacy ▪ Software Architecture, Modelling and Design ▪ Software Comprehension, Visualization, and Traceability ▪ Software Engineering Education ▪ Software Engineering Process and Standards ▪ Software Engineering for Smart Manufacturing ▪ Software Engineering Tools and Environments ▪ Software for Green and Sustainable Technologies ▪ Software Maintenance and Evolution ▪ Software Product-line Engineering ▪ Software Project Management ▪ Software Reuse ▪ Software Repository Mining and Data Analytics ▪ Testing, Verification, and Validation ▪ Web-based Software Engineering