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Design

Industrial & Product Designer

Multidisciplinary designer focused on building intuitive, user-centered products. Previous graduate student from Georgia Tech, with a design background spanning Stryker, FlexiSpot, and more.

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Industrial DesignUX/UIProduct DevelopmentHuman-Centered Design
Education
MS Industrial Design  ·  Georgia Institute of Technology

BS Biomedical Engineering  ·  University of South Carolina
Industry Experience
Georgia Tech  ·  FlexiSpot  ·  Stryker
Discipline
Industrial & Product Design
UI/UX·Prototyping·Human Factors·3D Modeling·Design Research·Form Development·CMF·Ergonomics·UI/UX·Prototyping·Human Factors·3D Modeling·Design Research·Form Development·CMF·Ergonomics·
01

Hardware Design

Onyx Chair
Project 01  /  2026

Onyx Chair

FurnitureErgonomicsOffice Chair
View Project
Furniture  ·  Ergonomics  ·  8 Weeks  ·  2026

Onyx Chair

The Onyx Chair is an office chair with motorized lumbar support, conceived through an intensive 8-week design sprint.
CategoryFurniture & Seating
FocusErgonomics & Motorized Lumbar
Duration8 Weeks
Year2026
MethodsDesign Sprint · Prototyping · CMF · 3D Modeling
The Problem

Lumbar support exists, but it’s
never intuitive or precise.

Existing lumbar adjustments are too cumbersome — requiring awkward manual depth changes mid-workday. Office workers sacrifice long-term spinal health for short-term convenience.

8hrsaverage time spent seated without adjusting lumbar support
Pain Points
01
Current market lacks intuitive, precise lumbar support
02
Manual depth adjustments are often awkward or inaccessible during the workday
03
User research confirms a need for effortless, micro-adjustable lower back support
Onyx Chair lumbar detail
Opportunity Areas
01
Motorized Lumbar Support — Precise motorized depth control that adjusts effortlessly without interrupting the user’s workflow.
02
Dynamic Flex-Back — Sectioned back panels that move independently, mirroring the natural curvature and motion of the spine.
03
Intuitive Height Placement — Manual height adjustment kept simple, so users can place support exactly where they need it without a learning curve.
Motorized lumbar animation
Motorized Lumbar System

This animation demonstrates the motorized lumbar depth control in action. As the motor engages, the lumbar support extends outward to meet the user’s lower back — providing precise, effortless adjustment without reaching behind the chair.

When the lumbar height is manually repositioned, the sectioned back panels adaptively separate and redistribute, conforming to the spine’s natural curvature at the new support point. This ensures consistent ergonomic contact regardless of where the user places the lumbar.

AirBrace
Project 02  /  2023

AirBrace

Medical DeviceWearableRehabilitation
View Project
Medical Device  ·  Wearable  ·  8 Weeks  ·  2023

AirBrace

AirBrace is an air-circulating leg brace designed for post-surgical rehabilitation and injury recovery.
CategoryMedical Device & Wearable
FocusRehabilitation & Airflow
Duration8 Weeks
Year2023
MethodsUser Research · Form Study · Component Analysis
The Problem

A broken leg is hard enough.
Your brace shouldn't make it worse.

Standard leg braces trap heat and moisture against the skin — a design that, remarkably, hasn't meaningfully changed in over 50 years.

50+years without meaningful innovation in brace design
Pain Points
01
Heat and moisture become unbearable after just a few hours of wear
02
Odor buildup makes patients self-conscious and reluctant to wear the brace as prescribed
03
Skin irritation and rashes from trapped sweat actively slow the healing process
04
No passive cooling option exists — patients have no recourse but to endure the discomfort
Lung x-ray
Opportunity Areas
01
Channeled Airflow — Design internal pathways that move air through the brace passively with each step.
02
Breathable Materials — Replace sealed padding with open-cell mesh that wicks moisture and encourages evaporation.
03
Step-Powered Cooling — Harness walking compression to pump air — no battery, no added hardware, just motion.
02

Hardware + UI/UX

Lifewoven
Project 03  /  2024

Lifewoven

TransportationHealthcareSystems Design
View Project
Transportation  ·  Healthcare  ·  Systems Design  ·  2024

Lifewoven

Lifewoven is a mobile medical checkup vehicle designed to bring healthcare assessments and medication to people with debilitating chronic conditions.
CategoryTransportation & Systems Design
FocusMobile Healthcare & AI
SponsorCognizant
Year2024
MethodsUser Research · Systems Thinking · 3D Modeling · UX
Occupate
Project 04  /  2023

Occupate

HardwareUI/UXCampus Design
View Project
Hardware  ·  UI/UX  ·  3 Weeks  ·  2023

Occupate

Occupate is a live occupancy mapping system for university study areas.
CategoryHardware & UI/UX
FocusCampus Occupancy & Wayfinding
Duration3 Weeks
Year2023
MethodsUser Research · Concept Ideation · Scale Modeling · UI Design
The Problem

Finding a seat shouldn't take longer than the study session itself.

University libraries and common spaces are packed with students — but with no real-time visibility into where seats are open, finding the right spot becomes a frustrating loop of floor-to-floor wandering. Most students spent up to 30 minutes locating an ideal study space.

30min
avg. time students spend searching for an ideal study spot
70%
of interviewees saw clear value in a live campus occupancy map
0
existing physical systems providing real-time campus seat visibility
Noise level awareness
Proximity to other students
Floor-level filtering
Study room booking
Foot traffic patterns
Experience & Collaboration
Georgia Tech College of Design
Stryker
FlexiSpot
KLS Martin
Spri Health icon Spri Health

Let’s build something remarkable