Course Details
Duration: 2 Days; Instructor Led
The Science of Experience Design is a foundational course that frames experience quality as a direct outcome of alignment between human capabilities and system behaviors, rather than intuition or pattern replication. This course shows how experience decisions are rooted in human cognition, behavioral evidence and disciplined reasoning for AI-enabled scale. Drawing on the VIMM model, the course enables consistent and ethical reasoning in human–machine interaction and prepares professionals to engage, defend and scale experiences at a scientific and systems level.
Audience
The Science of Experience Design course is designed for professionals prepared to take responsibility for how experience is shaped in their practice, products, and organizations.
Prerequisites
No Prerequisite
Methodology
This program will be conducted with interactive lectures, PowerPoint presentation, discussion and practical exercise.
Course Objectives
Upon completing this course, you will demonstrate mastery in:
- Human Cognition & Perception: Understand how cognitive science models, attention, memory, and visual perception influence how people experience digital interfaces.
- Evidence-Based Design Reasoning: Recognize how behavioral evidence and research findings inform design decisions, rather than personal preference or intuition.
- User-Centered Thinking: Develop awareness of how diverse populations, inclusive mindsets, and accessibility considerations shape the design of digital products.
- UX Research Literacy: Gain familiarity with core research methods and how findings connect to design outcomes.
- Cognitive Load Management: Identify sources of unnecessary cognitive burden in digital products and understand why reducing them matters for user experience.
Outlines
Module 1: UX Foundations & Evolution
- The history, principles, and measurable business value of UX
- Why human-centered design is foundational in AI-enabled environments
- Core research findings and models that shape experience practice today
Module 2: Visual Perception in UX
- How the human visual system processes digital interfaces
- Gestalt principles and their effect on layout, grouping and comprehension
- Applying visual perception insights to interface decisions
Module 3: Cognitive Psychology for UX
- How attention, memory and cognitive load affect usability
- Mental models and how systems should align with user expectations
- Cognitive biases that influence behavior in digital environments
Module 4: Motor Interaction & UX
- Fitts ‘Law and its application to interface and interaction design
- Motor constraints and how they shape design across devices and form factors
- Designing for physical ease of use in complex digital environments
Module 5: User-Centered Thinking
- Designing for diverse, inclusive, and global user populations
- Accessibility principles grounded in human cognitive and physical capability
- Ethical responsibilities in experience design decisions
Module 6: UX Research & Validation
- Core UX research methodologies and when to apply each
- Reliability, validity and rigor in experience research
- Connecting research evidence to design decisions and organizational outcomes
