The 12thInternational Conference on Software Engineering and Applications (SOFEA 2026) serves as a premier global forum for presenting new advances, research innovations and practical developments in the field of Software Engineering and its diverse applications. As software systems continue to grow in scale, complexity and societal impact, SOFEA 2026 brings together leading researchers, engineers, practitioners and industry experts from around the world to exchange ideas, discuss emerging challenges and explore the latest breakthroughs shaping the future of software development.

 

The conference provides a dynamic platform for fostering collaboration between academia and industry, encouraging the dissemination of high‑quality research and real‑world experiences across all areas of modern software engineering. Authors are invited to contribute by submitting original research papers, project results, survey articles and industrial case studies that highlight significant advances, innovative methodologies and impactful applications within the broad domain of Software Engineering.

 

SOFEA 2026 welcomes contributions that push the boundaries of theory and practice, address contemporary challenges and inspire new directions for the next generation of software systems and engineering methodologies.

 

Topics of interest include, but are not limited to, the following 

·       Software Engineering Theory and Foundations

·       Empirical and Evidence‑Based Software Engineering

·       Software Engineering for Emerging Domains (AI, IoT, CPS, Robotics)

·       Software Engineering Economics and Decision‑Making

·       Socio‑Technical Systems and Organizational Aspects

·       Developer Behavior, Cognition and Productivity

·       AI‑Assisted Software Development (generation, repair, refactoring)

·       Large Language Models (LLMs) for Software Engineering

·       Autonomous Software Engineering Agents

·       Prompt Engineering for SE Tasks

·       AI‑Driven Requirements Engineering

·       Intelligent Code Review and Static Analysis

·       ML‑Based Software Quality Prediction

·       AI‑Driven Software Design and Architecture Optimization

·       LLM‑Ops: Deployment, Monitoring and Governance of LLM‑Based SE Tools

·       Human‑AI Collaboration Patterns in Software Development

·       Software Architecture and Design Patterns

·       Microservices, Serverless and Cloud‑Native Architecture

·       Model‑Driven Engineering (MDE/MDD/MDA)

·       Domain‑Specific Languages (DSLs)

·       Architecture‑Level Refactoring and Evolution

·       Software Product Lines and Variability Management

·       Digital Twin Software Architectures

·       Edge‑Native Software Architecture and Distributed AI Systems

·       Programming Language Design and Implementation

·       Compiler Optimization and Code Generation

·       Type Systems, Semantics and Verification

·       Runtime Systems, Virtual Machines and Managed Runtimes

·       Safe, Secure and Verified Programming Languages

·       Program Synthesis and Automated Reasoning

·       Neural Program Synthesis and Hybrid ML‑Symbolic Approaches

·       Automated Test Generation and Test Prioritization

·       Testing AI/ML‑Based Systems and LLM‑Based Applications

·       Formal Methods, Model Checking and Verification

·       Debugging, Fault Localization and Automated Program Repair

·       Reliability Engineering and Dependability Analysis

·       Testing Distributed, Cloud‑Native and Microservice Systems

·       Production‑Aware Testing and Observability‑Driven Debugging

·       Testing Autonomous Systems and Safety‑Critical AI

·       Software Evolution, Technical Debt and Refactoring

·       Reverse Engineering and Legacy System Modernization

·       Mining Software Repositories (MSR)

·       Software Ecosystems and Dependency Management

·       Automated Maintenance and Evolution Tools

·       Software Supply Chain Analysis and Risk Management

·       Long‑Term Maintainability and Digital Preservation

·       Requirements Elicitation, Analysis and Management

·       Human‑Centered Software Engineering

·       Developer Experience (DX) and Productivity

·       Cognitive Aspects of Software Development

·       Collaboration, Communication and Team Dynamics

·       Ethics and Responsible Software Engineering

·       Human‑in‑the‑Loop Software Systems

·       Behavior‑Aware and Context‑Aware Software Engineering

·       DevOps Practices, Tools and Culture

·       Continuous Integration, Delivery and Deployment

·       Infrastructure as Code (IaC) and Configuration Management

·       Observability, Monitoring and Telemetry

·       Agile, Lean and Hybrid Development Methods

·       Software Process Modeling, Improvement and Automation

·       Production Debugging and Incident Response Engineering

·       Secure DevOps and Supply Chain Hardening

·       Software Quality Assurance and Quality Models

·       Secure Software Engineering and Secure Coding

·       Vulnerability Detection and Automated Security Analysis

·       Software Supply Chain Security (SBOMs, dependency attacks)

·       Privacy‑Aware Software Design

·       Safety‑Critical and Mission‑Critical Software

·       Resilience Engineering and Fault‑Tolerant Systems

·       Developer‑Centric Security and Usable Security

·       Privacy Engineering and Data Protection by Design

·       Search‑Based Software Engineering (SBSE)

·       Optimization Techniques for SE Tasks

·       Data‑Driven Decision‑Making in SE

·       Software Metrics, Measurement and Analytics

·       Predictive Models for Software Projects and Processes

·       AI‑Enhanced Analytics for Software Processes

·       Web Engineering and Modern Web Frameworks

·       Mobile Application Development and Testing

·       Cloud‑Native Software Engineering

·       Edge‑Native Software Engineering

·       Progressive Web Apps (PWAs) and Cross‑Platform Development

·       Distributed and Event‑Driven Software Systems

·       SE for Large‑Scale Distributed Systems and Consensus Protocols

·       MLOps, Continuous Training and ML Lifecycle Management

·       Data Quality Engineering and Dataset Versioning

·       Reliability and Testing of ML Pipelines

·       Bias, Fairness and Governance in ML‑Based Systems

·       Software Engineering for Foundation Models

·       SE for Distributed AI and Federated Learning Systems

·       Energy‑Aware Software Design

·       Carbon‑Aware Computing and Sustainable DevOps

·       Green Cloud and Edge Software Systems

·       Sustainable Software Ecosystems and Circular Software Engineering

·       Reproducible Software Engineering Research

·       Artifact Evaluation and Benchmarking

·       Open Datasets and Experimental Frameworks

·       Software Engineering Education and Pedagogy

·       Learning Analytics for SE Education

·       AI‑Enhanced SE Education and Intelligent Tutoring Systems

·       Formal Verification of Smart Contracts

·       Testing and Debugging Blockchain Applications

·       SE for Decentralized Applications (dApps)

·       Blockchain‑Native Software Architectures

·       Security and Reliability of Web3 Software Systems

 

 

Authors are invited to submit papers through the conference Submission System by May 16, 2026. Submissions must be original and should not have been published previously or be under consideration for publication while being evaluated for this conference. The proceedings of the conference will be published by Computer Science Conference Proceedings in Computer Science & Information Technology (CS & IT) series (Confirmed).

 

Selected papers from SOFEA2026, after further revisions, will be published in the special issues of the following journals

 

 

Here's where you can reach us: sofea@ncwc2026.org (or) sofeaconference@yahoo.com

 

 

 

Paper Submission Link: https://csen2026.org/submission/index.php