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PROJECT / 01 — IOT / HARDWARE + SOFTWARE

IoT-Integrated Self-Service Health Kiosk

Connecting physical measurements to a digital experience. A Raspberry Pi-based exploration of accessible, self-service health technology.

FOCUS

IOT

DOCUMENTATION

Project case study

VISUALS

Original concept illustration

01 / OVERVIEW

Health, connected.

An IoT-integrated Raspberry Pi-based system for vital signs and anthropometric measurement, bringing together hardware sensors, software integration, and web dashboards.

02 / THE APPROACH

The problem

Measurements collected across separate devices can be difficult to bring into a coherent digital workflow. This project explores the connection between physical sensing and a readable web interface.

The solution

Integrate sensors with a Raspberry Pi and present the collected information through a web dashboard. The design focus is a clear path from measurement to understandable information.

Technology & scope

Raspberry PiHardware sensorsWeb dashboardIoT integration
03 / FEATURES & DIRECTION

What it brings together.

  • 01Vital signs measurement
  • 02Anthropometric measurement
  • 03Hardware and software integration
  • 04Web-based measurement presentation
04 / SYSTEM THINKING

The pieces.
The connections.

A conceptual view of the project’s main components and how they connect.

  1. 01Sensor inputs
  2. 02Raspberry Pi
  3. 03Integration layer
  4. 04Web dashboard↗
05 / PROJECT GALLERY

Visualizing the idea.

06 / ENGINEERING CONSIDERATIONS

Questions worth solving.

Key engineering considerations for the project.

  • Coordinating sensor input and application state.
  • Designing a measurement workflow that communicates device status clearly.
  • Defining validation and privacy requirements before using any real health data.
KEEP EXPLORING / NEXT PROJECTPara PH