Persona Page: Jamie – The Smart Industry Engineer

Location: St. Pölten UAS, Austria
Focus: Establishing the foundation and preparing a project proposal.

• Path to Reality: Exposé
  Jamie identifies a project topic focused on developing an XR-based maintenance training solution for complex industrial machinery. A cooperation agreement with an industry mentor is secured, and measurable goals are defined.
• Design & Innovation
  The Innovation & Creative Problem Solving course equips Jamie with tools to ideate and conceptualize innovative XR-based solutions for industrial processes.
• Didactics and Gamification
  The Augmented and Virtual Reality in Health, Industry, and Education module introduces XR applications in industrial training, sparking ideas for immersive learning environments.
• Development and Implementation
  Sessions in Applied Artificial Intelligence introduce AI techniques for predictive maintenance and adaptive XR environments.
• Evaluation and Dissemination
  The Bootcamp on the EntreComp framework helps Jamie align project goals with real-world industry needs and entrepreneurial strategies.

Deliverables

1. A project exposé outlining the XR-based training solution’s objectives, scope, and initial concept.
2. A state-of-the-art report on XR solutions in industrial training and maintenance.
3. A presentation to lecturers, peers, and the industry mentor for feedback.

Support

• Regular study coach sessions to refine the project focus and address challenges.
• Scheduled meetings (minimum of three) with the industry mentor to discuss project goals and feasibility.

Location: Saxion UAS, The Netherlands
Focus: Building and testing an initial prototype.

• Path to Reality: Low-Fidelity Prototype
  Jamie creates a low-fidelity prototype of the XR-based training tool, integrating basic features like virtual tutorials and machine diagnostics simulations.
• Design & Innovation
  The Design & Implementation of XR Learning Experiences module helps Jamie create intuitive and interactive training environments for industrial workers.
• Didactics and Gamification
  The Principles of Gamification Design course supports the integration of gamified elements like reward systems and progress tracking.
• Development and Implementation
  Practical sessions in Prototype Development focus on transforming initial concepts into functional prototypes.
• Evaluation and Dissemination
  User feedback sessions evaluate the prototype’s usability, relevance, and engagement.

Deliverables

1. A low-fidelity prototype tested with simulated users in an industrial context.
2. A user feedback report with two feedback iterations.
3. A presentation to lecturers, peers, and the industry mentor, highlighting progress and challenges.

Support

• Study coach sessions for guidance on balancing project work and academic responsibilities.
• Meetings (minimum of three) with the industry mentor to gather feedback on the prototype.

Location: Vidzeme UAS, Latvia
Focus: Refining the prototype into a high-fidelity, market-ready solution.

• Path to Reality: High-Fidelity Prototype
  Jamie enhances the prototype, adding advanced features like real-time diagnostics, predictive analytics, and multi-language support. Collaboration with the industry mentor ensures alignment with industrial standards.
• Design & Innovation
  Participation in a Hackathon helps Jamie gather rapid feedback and refine the prototype.
• Didactics and Gamification
  Advanced modules in Usability Testing and Evaluation ensure the prototype meets industry expectations.
• Development and Implementation
  Advanced technical sessions focus on integrating AI-based adaptive systems and enhancing user experience.
• Evaluation and Dissemination
  Jamie documents the prototype’s effectiveness and explores strategies for deployment in industrial training.

Deliverables

1. A high-fidelity prototype tested in a real-world industrial setting.
2. A collaboration report summarizing interactions with industry stakeholders.
3. A presentation showcasing usability data and scalability plans.

Support

• Study coach sessions to align goals and refine the prototype.
• Mentor meetings (minimum of three) to validate industrial applications and gather technical insights.

Location: Client Organisation or Healthcare Setting
Focus: Final testing, data collection, and thesis completion.

• Path to Reality: Implementation and Evaluation
  Jamie conducts large-scale testing of the XR training tool in an industrial environment, gathering data on its usability and effectiveness.
• Design & Innovation
  Workshops on Innovation Management help identify opportunities for scaling and commercializing the solution.
• Didactics and Gamification
  Feedback from real-world testing is used to refine gamification elements and optimize training outcomes.
• Development and Implementation
  Final technical sessions ensure the tool is robust and deployment-ready.
• Evaluation and Dissemination
  Jamie completes a thesis documenting the project’s outcomes and broader implications for industrial training.

Deliverables

1. A final thesis detailing the training tool’s development, testing, and effectiveness.
2. A final product ready for market adoption.
3. Participation in a final exhibition to showcase the project to lecturers, peers, and industry stakeholders.

Support

• Final review sessions with the study coach to prepare for the thesis defense.
• Mentor meetings (minimum of three) to ensure alignment with industry needs and finalize testing.