Neurodesign Short Course

Lesson 1 • Ethical Responsibilities in Neurodesign

Frames the ethical obligations of using brain science to influence behaviour. Establishes a professional code of conduct that guides all subsequent applied work.

Lesson 2 • Attention, Perception, and Awareness

Distinguishes selective, sustained, and divided attention and their design consequences. Explains how awareness thresholds affect what users notice first.

Lesson 3 • Core Neuroscience Concepts for Designers

Introduces neurons, synapses, and brain regions most relevant to design. Provides the minimum biological literacy needed for subsequent chapters.

Lesson 4 • How the Brain Processes Visual Information

Explains the visual cortex pathway from retinal input to conscious perception. Connects low-level vision science to practical design implications.

Lesson 1 • Designing for Memorability

Applies encoding specificity and the picture superiority effect to design strategy. Teaches techniques that increase the likelihood of long-term brand recall.

Lesson 2 • Emotional Processing and the Limbic System

Explains amygdala-driven emotional tagging and its effect on attention and recall. Links emotional arousal levels to design engagement outcomes.

Lesson 3 • Measuring Emotional and Memory Responses

Introduces biometric and self-report tools used to assess emotional and memory outcomes. Prepares students to evaluate design effectiveness with objective data.

Lesson 4 • The Role of Aesthetics in Emotional Response

Examines how aesthetic pleasure activates reward circuits and builds brand affinity. Connects beauty perception research to practical visual design decisions.

Lesson 1 • Accessible and Inclusive Colour Design

Addresses colour vision deficiencies and their prevalence across user populations. Provides simulation and testing methods to ensure inclusive colour choices.

Lesson 2 • Neurological Basis of Colour Perception

Traces colour processing from cone photoreceptors through opponent-process channels to cortical areas. Establishes the biological foundation for all applied colour decisions.

Lesson 3 • Colour Contrast, Hierarchy, and Attention

Explains how luminance and chromatic contrast guide pre-attentive visual search. Teaches contrast-based techniques for establishing clear visual hierarchy.

Lesson 4 • Colour Psychology and Emotional Associations

Maps documented emotional and behavioural associations of major hue families. Distinguishes universal biological responses from culturally learned colour meanings.

Lesson 1 • Typeface Selection and Cognitive Processing

Examines how serif, sans-serif, and display typefaces affect processing fluency and trust. Guides evidence-based typeface selection for different contexts and audiences.

Lesson 2 • How the Brain Reads Text

Explains saccadic eye movements, fixations, and the perceptual span during reading. Connects reading neuroscience to practical decisions about line length and spacing.

Lesson 3 • Typographic Hierarchy and Visual Flow

Applies size, weight, and contrast to create a hierarchy that guides eye movement. Demonstrates how typographic structure reduces decision fatigue for readers.

Lesson 4 • Readability, Legibility, and Cognitive Load

Distinguishes readability from legibility and quantifies their impact on cognitive load. Provides measurable guidelines for line length, contrast, and spacing.

Lesson 1 • Eye-Tracking Data and Gaze Patterns

Interprets heat maps and gaze plots from eye-tracking studies to inform layout decisions. Teaches students to read and apply eye-tracking research findings.

Lesson 2 • Grid Systems and Compositional Balance

Introduces grid-based layout systems grounded in proportion and visual balance research. Demonstrates how structured grids reduce cognitive effort during scanning.

Lesson 3 • Spatial Cognition and Mental Models

Explains how users build internal spatial maps of interfaces and environments. Shows how design can align with or disrupt existing mental models.

Lesson 4 • Gestalt Principles and Neural Grouping

Connects Gestalt laws to neural grouping mechanisms in the visual cortex. Applies proximity, similarity, and closure to create coherent, scannable layouts.

Lesson 1 • Cognitive Biases Relevant to Design

Catalogues key cognitive biases—anchoring, framing, and availability—and their design implications. Provides a bias inventory designers can reference during ideation.

Lesson 2 • Choice Architecture and Defaults

Explains how option presentation order, defaults, and decoys shape user choices. Applies nudge theory to interface and product design contexts.

Lesson 3 • Designing Ethical Nudges and Feedback Loops

Synthesises behavioural principles into a framework for designing transparent, ethical nudges. Introduces feedback loop design to reinforce positive user behaviours.

Lesson 4 • Heuristics and System 1 vs. System 2 Thinking

Contrasts fast intuitive processing with slow deliberate reasoning in user behaviour. Teaches designers to target the appropriate system for each design goal.

Lesson 1 • Neurodesign Prototyping and Iteration

Guides students through building and testing prototypes with neurodesign criteria as evaluation benchmarks. Introduces rapid iteration cycles driven by biometric and behavioural data.

Lesson 2 • Reducing Friction with Cognitive Load Principles

Applies intrinsic, extraneous, and germane load theory to interface simplification. Teaches progressive disclosure and chunking as primary friction-reduction tools.

Lesson 3 • Micro-Interactions and Sensory Feedback

Examines how micro-interactions satisfy the brain's prediction and reward expectations. Covers haptic, auditory, and visual feedback as multisensory engagement tools.

Lesson 4 • Trust Signals and Credibility Design

Identifies the visual and structural cues that activate trust-related neural responses. Applies credibility research to layout, imagery, and social proof placement.

Lesson 1 • Building a Neurodesign Research Framework

Constructs a mixed-methods research architecture combining biometric, behavioural, and self-report data. Aligns research questions with business objectives and design hypotheses.

Lesson 2 • A/B Testing and Neurodesign Experimentation

Applies experimental design principles to A/B and multivariate testing of neurodesign variables. Covers statistical significance, effect size, and avoiding common testing errors.

Lesson 3 • Neuroimaging and Advanced Biometric Tools

Surveys EEG, fMRI, and eye-tracking platforms used in professional neurodesign research. Teaches students to interpret outputs and commission studies effectively.

Lesson 4 • Leading Neurodesign at Organisational Scale

Addresses embedding neurodesign principles into design systems, team workflows, and organisational culture. Prepares students to champion evidence-based design at a leadership level.