NEW

24-26 Feburary 2025

NEW

24-26 Feburary 2025

NEW

24-26 Feburary 2025

XPD Explainer Video

This 60–90 second explainer video was created to introduce the XPD (Experience & Product Design) specialisation to new students at Singapore Polytechnic. The aim was to break away from traditional course intros and craft a sleek, modern motion piece that feels inspiring, fresh, and student-focused.

Motion Design

Animation

Roles

Motion Designer · Storyboard Artist · Audio & Visual Director

Motion Design · Explainer Video · Educational Media

Client

Singapore Polytechnic, School of Media, Arts & Design

Concept & Approach

I started with a simple, focused question: “What is XPD?” From that point, the video takes the viewer on a smooth, visual journey starting from raw ideas and sketches, transitioning through digital design collaboration, and leading toward innovation and real-world product development. The core idea was to keep the concept clean and easy to follow, while using motion, layout, and transitions to maintain visual interest. I treated the motion language like a guided tour: structured, fluid, and slightly playful, designed to reflect what the XPD experience actually feels like

Tech Stack

After Effects

Motion Graphics

After Effects

Motion Graphics

After Effects

Motion Graphics

DaVinci Resolve

Video Editing

DaVinci Resolve

Video Editing

DaVinci Resolve

Video Editing

Figma

UI/UX Design

Figma

UI/UX Design

Figma

UI/UX Design

Blender

3D Modeling & Renders

Blender

3D Modeling & Renders

Blender

3D Modeling & Renders

The Solution

Heartz is a pocket-sized memory capsule that captures the emotional signature of a moment. When activated, it records:

Heartbeat – representing the emotional intensity of the moment
Ambient sound – capturing laughter, conversations, nature, etc.
Temperature – reflecting the environmental tone
Voice reflection – a brief spoken thought or feeling

Research Insights

Through scenario mapping, user empathy exploration, and interviews with visually impaired individuals, we uncovered key insights: Tactile and auditory cues trigger the strongest memories. Many blind users desire ways to log and revisit life moments that feel meaningful—but current tech is not designed for them. Memory is emotional—yet most devices focus on data, not feeling.

Impact

Heartz challenges the idea that memory must be visual. It empowers the blind community to preserve their lives in ways that are rich, human, and sensory. This project pushed us to question design norms and explore what inclusive, emotion-centered technology could look like. In doing so, it taught us the value of designing for presence, not just for playback.

Design Style

Minimal, modern visuals with strong use of whitespace and layered compositions
Animated project sketches, prototypes, and UI mockups to spotlight real student work
Seamless transitions and motion overlays to add flow and storytelling rhythm
Styleframes built around MacBooks, FigJam, and creative tools to feel grounded in reality

Motion Techniques

Camera panning through a "design highway" filled with signboards and icons
Click-and-pop animations for tactile feedback moments
Smooth macro-to-micro transitions between scenes to guide viewer attention
Dynamic type and bold text reveals to highlight key messages

Audio Design

Calming piano-backed track for a thoughtful, introspective tone
Layered SFX like typing, UI sounds, and soft risers for motion cues
Voiceover written to be direct but warm, with pauses that match pacing and emotion

The Solution

Heartz is a pocket-sized memory capsule that captures the emotional signature of a moment. When activated, it records:

Heartbeat – representing the emotional intensity of the moment
Ambient sound – capturing laughter, conversations, nature, etc.
Temperature – reflecting the environmental tone
Voice reflection – a brief spoken thought or feeling

These memory capsules can be accessed through a voice-navigated mobile app, where moments are organized by emotional tone (e.g. joy, grief, calm, warmth), not by date. This makes it easier for blind users to retrieve memories based on how they felt.