Willie Shaw Fineberg

MA Design Engineering

Concord: Passive Health Tracking

A backlog of health data is valuable. When something goes wrong with your body, it shows up in the data. That can nudge you toward seeing a doctor, or help your doctor reach a diagnosis faster.

Most people track health data with wearables, but wearables have high abandonment rates. They break, the batteries degrade, you lose them, you have to remember to charge them, remember to wear them every day.

Concord is a passive health tracker that removes the friction. It sits on your nightstand and uses millimeter-wave radar to capture the four biometric signals that matter most while you sleep: resting heart rate, heart rate variability, respiratory rate, and sleep stages. Our app turns those continuous streams into plain-language insights and surfaces trends you'd never catch on your own.

The data builds quietly in the background. By the time something's wrong, you already have months of context to compare against. And often, the signal shows up before the symptom does.

Project done in collaboration with Eva Ahmetaj MA 26 DE.

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The Concord passive health tracker: a small white nightstand device with a circular gray radar sensor on a rounded square head, mounted on two chrome posts atop a square base, with a black handle on top.

Concord is a passive health tracker that sits on your nightstand and uses millimeter-wave radar to capture key biometric data while you sleep.

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A flatlay of prototypes in process, including clips, fabric belts, and simulated batteries

Heatra

A discreet, wearable heating pad for menstrual pain relief targeting both the lower abdomen and back.

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Concept renderings of two faceted white ceramic containers with origami-inspired folding lids, shown alongside top-row technical diagrams illustrating the lids' opening mechanism in wireframe and shaded views.

Moonflower

A thermally responsive cup designed to reduce accidental burns from hot drinks. Using nitinol shape-memory wire and an origami-inspired Kresling fold structure, the rim automatically contracts when liquid is too hot and gradually reopens as the temperature cools to a drinkable range. Inspired by the moonflower's bloom pattern.

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3-in-1 Convertible Shelter: A low-cost, lightweight convertible shelter that transforms from backpack to shelter to seat using origami-inspired folding methods.

3-in-1 Convertible Shelter

A low-cost, lightweight convertible shelter that transforms from backpack to shelter to seat using origami-inspired folding methods.

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Four-panel image showing a foldable cardboard shelter prototype demonstrated with a wooden artist mannequin: worn as a backpack, deployed as a triangular tent shelter, configured as a reclining seat, and shown flat-packed alongside zip ties and felt pads.

Metal position-control hinge for a wall sconce. 
Aluminum and tin.

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Two views of wooden travel chopsticks with metal magnetic bands near the top, shown collapsed and held together side-by-side on the left, and assembled in their full extended form on the right.

Stowable travel chopsticks with a magnetic closure.

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