10 April 2027 · Manila
10 April 2027 · Manila
Software quality is changing. AI, automation, cloud, cybersecurity and new development models are changing the way we build and test software. What have you learned?
QA QuestConf PH 2027 invites students, researchers, testers, engineers, quality professionals and technology practitioners to share original work addressing the challenges and opportunities facing software testing and quality engineering.
What have you discovered, investigated, measured, improved or learned that could help the wider software quality community?
Choose the format that best fits your work.
Investigate a testing or quality question using a structured research approach supported by evidence and analysis.
Examine an industry problem, explore the evidence and propose practical, evidence-based approaches or solutions.
Share a real testing or quality-engineering experience, supported by evidence, outcomes and lessons learned.
The challenge is designed to bring together different perspectives across the software quality ecosystem.
These are starting points — your work does not need to fit neatly into one category.
Test design, exploratory testing, quality engineering, risk, metrics and continuous testing.
Automation, frameworks, maintainability, flaky tests, API, mobile and performance testing.
GenAI, AI-assisted testing, LLM evaluation, testing AI systems and human-AI collaboration.
Cloud, IoT, accessibility, security, data, digital twins, edge and other emerging areas.
Skills, education, quality culture, collaboration, Agile, DevOps and organisational transformation.
The strongest submissions will be shortlisted and invited to present their work before an expert judging panel at QA QuestConf PH 2027 in Manila.
Outstanding submissions will be recognised at QA QuestConf PH 2027, celebrating original thinking, evidence, innovation and contribution to software quality engineering.
The Call for Submissions is coming soon. Register your interest to receive the challenge guidelines and submission information when released.