July 9, 2018



  • Requirement engineering, especially for high‐assurance system, and requirement elicitation.
  • Software methodologies, and tools for robust, reliable, non-fragile software design.
  • Software developments techniques and legacy systems.
  • Automatic software generation versus reuse, and legacy systems.
  • Software quality and process assessment for business enterprise.
  • Intelligent software systems design, and software evolution techniques.
  • Agile software and Lean Methods.
  • Software optimization and formal methods for software design.
  • Static, dynamic analysis on software performance model, software maintenance.
  • Software security tools and techniques, and related Software Engineering models.
  • Formal techniques for software representation, software testing and validation.
  • Software reliability, and software diagnosis systems.
  • Mobile code security tools and techniques.
  • End-user programming environment, User-centered Adoption-Centric Reengineering techniques.
  • Ontology, cognitive models and philosophical aspects on software design.
  • Medical Informatics, Software methods and application for biomedicine.
  • Artificial Intelligence Techniques on Software Engineering.
  • Software design through interaction, and precognitive software techniques for interactive software entertainment applications.
  • Creativity and art in software design principles.
  • Axiomatic based principles on software design.
  • Model Driven Development (DVD), code centric to model centric software engineering.
  • Software methods for medical Informatics, bioinformatics, and bioinformatics.
  • Emergency Management Informatics, software methods for supporting Civil Protection, First Response and Disaster Recovery.
  • Software methods for decision support systems and recommender systems