Topics include, but are not limited to, the following: Track I:Methods, Languages & Tools for process-based SOC systems Business process integration, alignment & management in SOAs Methods and techniques to bridge the gap between business processes and SOC-based implementations Methods, languages & tools for building process-based SOC systems Modeling and simulation of service-oriented systems Integration of services into process-based environments Service interoperability, composibility, quality, reliability Metrics and measurement of services, QoS, and QoE Runtime verification, validation, monitoring, Testing on-the-fly and policy enforcement Dynamic service delivery, deployment and evolution Service mobility, scalability, elasticity, and security Operation and governance for large-scale service-oriented systems Adaptation, control and optimization in service-oriented systems Modernization, migration, and servicetization of legacy systems Service-oriented system engineering for large-scale analytics Social and collaborative engineering of services systems Service-oriented engineering of emergent systems Service-oriented engineering and clouds Cyber-Physical Systems, and Social Networking Systems. Track II:Advanced models and infrastructures in SOC engineering Requirement modeling of services Semantic-enabled process and service engineering Model-driven development of service-oriented systems End-user development and mashup of software services Lifecycle models, reusability, and scalability for services Web services for Web/Internet of Things Coordination and cooperation of services Efficient scheduling of services Engineering service-based cyber-physical systems Services infrastructure for big data Services infrastructure for virtualisation Dependable services engineering Service engineering in embedded systems Application of SOC in sensor networks Mobile cloud services and SOC