Redefining Industrial Test Automation
Simplified test creation workflow with low-code, reducing significant test effort
Project Duration
40
Weeks
70+
App screens
Tools Used
Figma
XD
Miro
Google Form
The Challenge
A leading industrial automation software company needed to simplify their testing workflow. Engineers were spending excessive time setting up and validating automation projects in complex environments, creating bottlenecks in their development cycles.
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Key Problems
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High barrier to entry for non-expert users
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Complex test sequence creation required deep technical knowledge
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Limited visibility into test progress and results
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No intuitive way to manage multiple test scenarios
Design Approach

Discover
Define
Ideate
Design
Test
Goals
Design Approach
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Low-Code Test Sequence Builder
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Simplified complex automation testing through visual, drag-and-drop interface
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Reduced setup time by enabling faster test creation
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Made advanced testing accessible to broader audience
Intuitive Management
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Dashboard Real-time overview of test status and progress
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Quick-glance metrics for test results
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Simplified navigation for busy engineers
Analytical Reporting System
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Detailed test insights and performance metrics
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Clear visualization of test results
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Actionable data for decision-making
Web-Ready Interface Design
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Windows application with web-aligned guidelines
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Future-proofed for seamless migration to web platform
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Consistent design language across platforms
Discovery & Define
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Conducted user interviews with automation engineers
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Analyzed existing workflows and pain points
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Identified key user personas and their needs
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Mapped out complex testing scenarios

Ideation
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Created wireframes for low-code interface
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Prototyped dashboard layouts and interactions
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Tested multiple approaches to test visualization
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Iterated based on user feedback

Easy modelling of tests
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Simple and intuitive creation of test sequences
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Low code: Modelling of test logic via drag and drop
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Predefined set of test actions
Quick and extensive test set creation
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Easy generation of large test project based on type-/instance concept
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Provide test type libraries for standard automation libraries
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Open interfaces and import capabilities


Dashboarding
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Analytical reports with test results and detailed insights
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Improve traceability in plant lifecycle
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Dashboard gives quick overview of 
 test status and progress
Design
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Developed clean, professional interface
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Established design system for consistency
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Created intuitive iconography for test controls
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Optimized for clarity and quick scanning
Implementation & Testing
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Collaborated with development team
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Conducted usability testing with real users
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Refined interactions based on feedback
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Ensured accessibility standards compliance
Impact & results
Efficiency Gains:
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Reduced test setup time through simplified workflows
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Enabled faster test creation with low-code approach
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Improved accessibility for non-expert users
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Reduced overall effort by 75%
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Quality Improvements:
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Enhanced clarity of test results and insights
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Reduced human errors in test configuration
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Improved decision-making with analytical data
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Recognition:
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Successfully filed patent (ID: 2024E15630)
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Recognized as innovative solution in automation testing
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Positive feedback from beta testing users
Learnings & Takeaways
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Simplicity is powerful — Low-code approaches democratize complex tools
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User research matters — Understanding real workflows drives better design
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IIteration improves outcomes — Continuous feedback leads to refined solutions
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Enterprise UX has unique needs — Balance power with usability
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Future-proofing is essential — Design with scalability in mind
Conclusion
​This project demonstrates how thoughtful UX design can transform complex enterprise tools into intuitive, accessible solutions. By focusing on user needs and simplifying workflows, we created a platform that engineers love to use—resulting in measurable efficiency gains and industry recognition through patent filing.