Converia – Conference Management Software

Call for Papers - Suggested Topics for Your Abstracts

We look forward to your presentations and seminars covering findings, knowlege and experience in the context of embedded software engineering.

Should you have a suggestion that is not covered in the list below, please submit your abstract anyway or feel free to contact us.

Topic Areas

We are looking for papers, for example, covering the following topics and areas with a relation to embedded software engineering:

  • Architecture, design, redesign, reverse engineering, refactoring:
    Architecture and design patterns, ergonomics, modeling, prototyping, MVP, usability, distributed systems, virtualization, ...
  • Digital transformation and society
    Smart mobility/health/city, ethics, social responsibility, technology assessment, freedom of information, digital sustainability, democracy, privacy, transparency, ...
  • Disasters and lessons learned
    Your story: Why projects failed and what you learned from it; failure culture in companies; technical depth, ...
  • Implementation and programming:
    C/C++, Python, Rust, C#, new programming languages, coding guidelines, clean code, code generation, performance, resource usage, debugging, GUI, migration, porting, tools, ...
  • IoT, Industry 4.0:
    Cloud, edge, architecture, interfaces, protocols, standards, ...
  • Leadership, team, psychology:
    Leadership, communication, conflict, creativity, diversity, psychology, resilience, self-organization, stress, team building, coaching, ...
  • Machine Learning, Artificial Intelligence:
    Algorithms, embedded AI, neuronal networks, big data, blessing or curse, ...
  • Management:
    Organisational aspects, knowledge/change/innovation management, economic aspects, legal aspects, talent management, risk management, trends, ...
  • Multicore and manycore:
    Architecture, performance, optimization, real-time, ...
  • New technologies, research and science
    Software engineering research, technology trends and their impact, innovation research, practical research results, ...
  • New work and work disruption
    Transformation of work in software teams, opportunities and challenges, ...
  • Open source:
    License right, Linux, tools, solutions, projects, ...
  • Product management:
    Application/software lifecycle management, obsolescence management, updates, ...
  • Quality assurance:
    Processes, levels, code analysis, verification, review, test, test automation, validation, verification, certification, ...
  • Real-time:
    Operating systems, real-time analysis, real-time optimization, RTOS selection, ...
  • Requirements:
    Analysis, modeling, levels, traceability, tracking, management, stakeholders, documentation, ...
  • Safety:
    Operational safety, compliance, formal methods, safety architectures, safety and security by design, safety and AI, safety standards, ...
  • Security:
    secure software engineering, security by design, SecDevOps, encryption, compliance, IP protection, supply chain management, zero trust, standards and norms, ...
  • Software Engineering Management:
    Project management (classic, agile, systemic), agile frameworks (Design Thinking, Kanban, Scrum, etc.), configuration management, process design, variant management, version management, ...
  • Sustainability:
    Sustainable software development, green IT, energy efficiency, ecology, ...

Formats

  • Best practice
  • Business model
  • Case study
  • Discussion & Disputation
  • Field report
  • Knowledge and experience regarding people, teams, management, organization, enterprises
  • Market survey, trend analysis, future perspectives
  • Method
  • Open Space
  • Principles
  • Process
  • Project example
  • Research findings
  • Scenario
  • Strategy
  • Technology
  • Tools