Directorate

Design for Delight
& Spatial AI

Directorate | Daystar University

Listen deeply Imagine boldly Deliver delight
Fredrick Michael Ogore – Director
Director

Fredrick Michael Ogore

Director, Design for Delight
& Spatial AI Centre

Daystar University

Core D4D Principles

  • Deep Customer Empathy
  • Going Broad to Go Narrow
  • Rapid Experimentation

Fostering Empathy and Intelligent Spaces

In today's rapidly evolving educational and technological environment, universities must adopt creative, user-centred approaches to remain relevant and impactful. The Directorate of Design for Delight that also hosts the Spatial Artificial Intelligence Centre embodies this vision by integrating empathy, design thinking, and spatial intelligence to enhance the experiences of students, faculty, staff, and stakeholders.

Vision

Designing delightful experiences that inspire transformation and institutional excellence.

Mission

To embed Design for Delight principles across all university functions by empowering students and staff to co-create innovative, empathetic, and joyful experiences.

At its foundation, the Directorate champions Design for Delight (D4D), a mindset rooted in empathy, experimentation, and a deep understanding of user needs. Originating from Intuit's innovation culture, these principles encourage stakeholders to understand user emotions and unmet needs, generate diverse ideas, and test solutions through iterative experimentation. In a university context, this means reimagining policies, classrooms, programs, and services through the lens of the student experience — ensuring every innovation leads to human delight.

Spatial AI Centre

Daystar Spatial AI Centre

Blending Artificial Intelligence with 3D, context-aware computing

Powered by EON XR Partnership

Daystar University has partnered with EON XR, a world-renowned leader in immersive and experiential learning technologies. Through the EON XR platform, Spatial AI brings cutting-edge tools such as Augmented Reality (AR), Virtual Reality (VR), Mixed Reality (MR), and Digital Twins into teaching and learning.

These technologies create interactive environments where learners can explore, experiment, and visualize concepts hands-on — empowering every discipline with experiential, data-driven, and human-centred learning.

Nursing

Clinical simulations in safe virtual environments

IT & Computer Science

Immersive XR and AI application design

Law

Virtual courtrooms and case analysis

Commerce

Market trend visualization and business models

Psychology & Counselling

Empathy and therapy simulations

International Relations

Diplomatic negotiations & crisis scenarios

Strategic Direction

Strategic Objectives

Guiding principles that drive our innovation agenda

01
Customer-Centred Culture

Empower a customer-centred innovation culture making D4D a core mindset across the university.

02
Spatial AI Integration

Integrate Spatial AI into teaching, learning, and research for deeper experiential understanding.

03
Institutional Excellence

Drive institutional excellence through data-informed service design and spatial intelligence.

04
Stakeholder Satisfaction

Enhance stakeholder satisfaction through continuous design-based improvement cycles.

05
Research & Partnerships

Advance research and partnerships to co-create socially relevant, spatially intelligent solutions.

Bridging Creativity & Computation

Technology serves humanity through empathy and purposeful design — innovation that is not just intelligent but delightfully human.

Initiatives

Core Initiatives

  • Collaborative Innovation Spaces
  • Immersive Learning Labs
  • Faculty Training in D4D & AI Integration
  • Continuous Feedback Systems
  • Co-creation Programs with External Partners
Student Engagement

Improved participation and learning outcomes through immersive experiences

Enhanced Teaching

Richer instruction through spatial and AI-powered tools

Innovation Culture

A stronger, more vibrant culture of creative problem-solving

Global Collaboration

Increased links with AI and design-driven networks worldwide