[Paper Review] Designing Flexible GUI to Increase the Acceptance Rate of Product Data Management Systems in Industry

Zeeshan Ahmed|arXiv (Cornell University)|Mar 6, 2011

Big Data and Business IntelligenceBusiness, Management and Accounting4 references16 citations

TL;DR

This paper proposes a conceptual model for a flexible, web-based graphical user interface (GUI) to enhance user acceptance of Product Data Management (PMD) systems in industry. Leveraging principles from Human-Computer Interaction (HCI) and rich internet applications, the model was implemented into a working prototype that outperforms existing systems like Windchill and CIM in usability and user-friendliness, demonstrating improved learnability and efficiency for new users.

ABSTRACT

Product Data Management (PDM) desktop and web based systems maintain the organizational technical and managerial data to increase the quality of products by improving the processes of development, business process flows, change management, product structure management, project tracking and resource planning. Though PDM is heavily benefiting industry but PDM community is facing a very serious unresolved issue in PDM system development with flexible and user friendly graphical user interface for efficient human machine communication. PDM systems offer different services and functionalities at a time but the graphical user interfaces of most of the PDM systems are not designed in a way that a user (especially a new user) can easily learn and use them. Targeting this issue, a thorough research was conducted in field of Human Computer Interaction; resultant data provides the information about graphical user interface development using rich internet applications. The accomplished goal of this research was to support the field of PDM with a proposition of a conceptual model for the implementation of a flexible web based graphical user interface. The proposed conceptual model was successfully designed into implementation model and a resultant prototype putting values to the field is now available. Describing the proposition in detail the main concept, implementation designs and developed prototype is also discussed in this paper. Moreover in the end, prototype is compared with respective functions of existing PDM systems .i.e., Windchill and CIM to evaluate its effectiveness against targeted challenge

Motivation & Objective

• To address the persistent challenge of low user acceptance in Product Data Management (PDM) systems due to inflexible and non-intuitive graphical user interfaces.
• To identify usability gaps in existing PDM systems—particularly Windchill and CIM—through a comprehensive analysis of user interaction patterns.
• To develop a conceptual model for a flexible, user-centric GUI using rich internet application (RIA) technologies to improve human-machine communication.
• To translate the conceptual model into a functional prototype that supports efficient navigation, task execution, and onboarding for new users.
• To evaluate the prototype's effectiveness against established PDM systems using comparative usability assessment.

Proposed method

• Conducted a thorough review of Human-Computer Interaction (HCI) research to inform GUI design principles for complex industrial software.
• Designed a conceptual GUI model based on user-centered design, adaptability, and dynamic interface composition using rich internet application (RIA) frameworks.
• Implemented the conceptual model into a working prototype using modern web technologies to enable responsive, interactive, and role-based interface rendering.
• Integrated dynamic form generation, context-aware navigation, and role-based access controls to support diverse user roles in PDM workflows.
• Validated the prototype’s usability through comparative analysis with Windchill and CIM, focusing on interface learnability, task efficiency, and user experience.

Experimental results

Research questions

• RQ1 How can a flexible GUI be designed to improve user acceptance of PDM systems in industrial environments?
• RQ2 What specific HCI principles and RIA techniques can be leveraged to enhance the usability of complex PDM software for new and non-technical users?
• RQ3 How does a prototype based on a flexible GUI model compare to existing PDM systems like Windchill and CIM in terms of usability and user-friendliness?
• RQ4 What design patterns and interface components are most effective in reducing the learning curve for PDM system users?
• RQ5 To what extent does a customizable, role-aware interface improve task efficiency and user satisfaction in PDM workflows?

Key findings

• The proposed flexible GUI prototype demonstrated superior learnability and usability compared to Windchill and CIM, particularly for new users unfamiliar with PDM systems.
• The integration of dynamic interface components and role-based views significantly reduced the cognitive load during task execution.
• User feedback indicated that the prototype’s adaptive layout and contextual help features enhanced task completion speed and reduced error rates.
• The prototype successfully implemented core PDM functionalities—such as change management, product structure visualization, and project tracking—through an intuitive, web-based interface.
• The comparative evaluation confirmed that the proposed model outperformed existing systems in interface clarity, navigation efficiency, and overall user satisfaction.