I continuously explored, failed, and learned, shaping unique ideas into vivid and meaningful creations. 🖼️
I Believe in a Thing Called Love
As an animator, I collaborated with an illustrator to create this kinetic typography project in After Effects, inspired by "I Believe in a Thing Called Love" by The Darkness, blending animation and illustration to capture its bold and expressive themes.
About the Teddy Bear
A debut 3D animated short created by a passionate student team using Maya. As an animator and scene designer, I brought the story to life, exploring themes of responsibility and impulsive commitments through the journey of a teddy bear, symbolizing abandonment and loss as a young couple parts ways.
UN/FOLD
A team-developed 3D adventure game built in Unity, featuring puzzles, platforming, and a fantasy world. As the game designer, I focused on the setting, level design, and mechanics, allowing players to shapeshift into humans, wolves, and seagulls to solve challenges creatively.
Me and the City
An individual Photoshop project combining a personal portrait with imagery of Vancouver, reflecting the connection between self and urban life.
Missing Pavilion
An individual project designing an 8x12m parametric pavilion in Rhino+Grasshopper, featuring a wave-like structure of metal and semi-transparent glass. Positioned at a pathway intersection, it enhances the park experience with light, water play, and a serene space for relaxation and socializing.
Interactive Fish Simulation
This individual Java project, programmed on Eclipse IDE, simulates a food chain where predators eat small fish, and small fish eat food. Predators lose energy based on size and speed, regain it by hunting, and die when depleted. Display energy and speed above fishes, toggled via Shift-click.
The control panel's top right section adds and monitors fish, while the bottom right manages their numbers. All fishes eat food to sustain energy, lose it based on size and speed, and die when depleted. An "Energy" button manually boosts a selected fish's energy.
Smart Fan
A portable, user-friendly fan with adjustable airflow and smart LED brightness that adapts to ambient light. Developed as a team project using Arduino, I focused on programming, circuit design, and installation to bring its intelligent features to life.
© 2025 Chang Mou. Crafted with 💪 and ❤️
As a product designer, I create solutions that simplify complexity, enhance efficiency, and bring delight to everyday experiences.
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