BBORA CHEN
Product Design / Hardware

My Design Portfolio.

Featuring accessibility products, robotics concepts, assistive devices, and mechanical designs.

I AM . . .

Bora Chen, a hardware-focused product designer and builder. My work spans CAD, 3D printing, mechanical systems, accessibility products, robotics, and mountain-bike engineering. I love designing solutions to problems around me :)

Current ProjectIntroducing Caestuslabs
Learn more
Core toolsSolidWorks, Fusion 360, Onshape, Creo, Inventor, KeyShot, Figma
Build focusCAD, mechanism design, prototyping, physical interaction, assistive technology

I MADE . . .

01

Accessible Electric Water Bottle

Design for the Visually Impaired

An electric bottle-kettle hybrid that reduces scalding risk for visually impaired users through tactile temperature feedback, a 360° drinking/pouring outlet, anti-slip body, and a magnetic heating base.

AccessibilityProduct DesignMechanical InteractionCAD + RenderingHand Drawings
Tactile temperature warning360° outlet systemMagnetic heating base
Design for the Visually Impaired
Accessible Electric Water Bottle - CoverAccessible Electric Water Bottle - BackgroundAccessible Electric Water Bottle - IdeationAccessible Electric Water Bottle - Idea DevelopmentAccessible Electric Water Bottle - Concept RefinementAccessible Electric Water Bottle - Final DesignAccessible Electric Water Bottle - Temperature SensingAccessible Electric Water Bottle - Use ProcessAccessible Electric Water Bottle - StructureAccessible Electric Water Bottle - Hero RenderAccessible Electric Water Bottle - Takeaways
02

Magic Cart

Mountain-bike Robot Tower

A compact electric robot that autonomously pulls mountain bikes uphill along preset trails, designed around rider fatigue, steep terrain, mud, suspension, steering, towing, and sensor modules.

RoboticsMountain BikingMobility SystemAutonomous Transport
Trail-grade suspensionBike towing assemblyAutonomous uphill shuttle
Mountain-bike Robot Tower
Magic Cart - CoverMagic Cart - BackgroundMagic Cart - User ResearchMagic Cart - Trend AnalysisMagic Cart - SketchMagic Cart - Solution DetailsMagic Cart - Final DesignMagic Cart - CAD ExplorationMagic Cart - Module DetailsMagic Cart - App + Trail FlowMagic Cart - Scenario RenderMagic Cart - Hero InteractionMagic Cart - Takeaways
03

Smart Cane

TIA Assistive Early Warning System

A cane concept that detects abnormal gait and balance patterns using load cells, compares real-time walking data against personal baselines, and alerts family or caregivers before invisible warning signs are missed.

Assistive DeviceHealth MonitoringSensor SystemIndustrial Design
Four-load-cell basePersonal gait baselineFamily alert workflow
TIA Assistive Early Warning System
Smart Cane - CoverSmart Cane - BackgroundSmart Cane - Journey MapSmart Cane - Design OrientationSmart Cane - IdeationSmart Cane - System ArchitectureSmart Cane - Data CollectionSmart Cane - Alert LogicSmart Cane - Form DevelopmentSmart Cane - Exploded StructureSmart Cane - ScenarioSmart Cane - Final RenderSmart Cane - Takeaways
04

Key Robot

Stick-on robot that turns any button smart with a word

A voice-activated retrofit robot that physically presses ordinary buttons, turning existing lights, panels, and recessed switches into smart controls without replacing infrastructure.

Voice ControlRetrofit AutomationMechanism DesignCreo + KeyShot
Voice-triggered pressGearbox + slider armRetrofitted intelligence
Stick-on robot that turns any button smart with a word
Key Robot - CoverKey Robot - Use Case + IdeationKey Robot - Structure
05

Geardget

Self-locking helical planetary gear fidget toy

A planetary gear fidget toy using one sun gear, four planet gears, a ring gear, and double-helical teeth to constrain sideways movement after 30+ iterations of pressure angle, helix angle, and meshing calculations.

Gear DesignMechanical Calculation3D PrototypingInventor
Double-helical constraint30+ iterationsSmooth meshing system
Self-locking helical planetary gear fidget toy
Geardget - Complete Case Study

Let’s build something physical.

For design, hardware, CAD, robotics, or product collaboration inquiries, contact me directly.

Contact