8th International Conference on Software Engineering and Development (ICSED 2026)

The 8th International Conference on Software Engineering and Development (ICSED 2026) focuses on software engineering and development, covering software design, architecture, modeling, validation, performance, security, open source, and emerging applications for modern and industrial systems.

Key Topics

• Design tools for developing software
  • Programming mechanisms
  • Formal specifications in software
  • Programming languages
  • Requirement specification languages
  • Web service based software
  • Automation of software design and implementation
  • Merging partial behavioral models
  • Scenario-based model synthesis
  • Scenario-based model synthesis
• Fundamentals in software development
  • Software analysis and model checking
  • Software architecture, patterns, frameworks
  • Requirements engineering and design
  • Software architectural scalability
  • Software modeling
  • Software design
  • Software validation and verification
  • Software process and workflow
  • Software safety and security
  • Software security, privacy, safeness
  • Software vulnerabilities
  • Security, privacy and safeness in software
  • Software trace analysis
  • Assessing risks in software
  • Dynamic detection of likely invariants
  • Software uncertainties
  • Trends and achievements
  • High confidence software
  • Fast data-pressing algorithms
  • Machine learning-oriented software
  • Software for Cyber-physical systems
  • Special software for Industry 4.0 applications
  • Deep-software for data analytics
  • Internet-of-Things (IoT)-oriented software
  • Green-oriented software engineering
  • Software for pervasive systems
  • Interactive Big data processing
  • Mobile applications-oriented software
• Specialized software advanced applications
  • Software for mobile vehicles
  • Database related software
  • Biometrics related software
  • Biomedical-related software
  • E-health related software
  • Mission critical software
  • Multimedia software applications
  • Crisis-situation software
• Open source software
  • OSS development and debugging
  • Open source software (OSS) methodologies
  • OSS roles and responsibilities
  • Performance of OSS
  • Distribution of decision-making
  • OSS incremental development
  • Experience reports and lessons learned
  • Operational boundaries
  • Open source licensing
• Software engineering for service computing
  • Service level reuse paradigm
  • Service computing technologies
  • SaaS development methods and techniques
  • Cloud computing development methods
  • QoS models for service computing
  • Service computing paradigm
  • Approaches to service process improvement
  • Testing methods for service computing
  • Approaches to Big Data Software Engineering
• Mechanisms for software development
  • Co-design and codeplay
  • Software composition
  • Adaptive software
  • Software dependencies
  • Policy-driven software design
  • Context-sensitive software
  • Parallel and distributed software
  • Embedded software
  • Software rejuvenation
• Software performance
  • Software performance engineering
  • Software performance modeling
  • Web-service based software performance
  • Performance testing
  • Methods for performance improvements
  • Performance of rule-based software
  • Empirical evaluation of defects
  • Error ranking via correlation