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Equine product engineering

Equiomics

An equine monitoring idea developed into a product proposal, wearable concepts and an interactive dashboard.

Pitch materials, wearable product concepts and an interactive monitoring dashboard prototype.

Stage reached
Interactive prototype
Sector
Equine technology
Organisation
Equiomics
Render of the proposed Equiomics Touch wearable: a fabric tail wrap carrying a black sensor module in a brass bezel.
The Touch wearable, assembled on its tail wrap.

My contribution

I developed the product proposal and pitch, built the dashboard prototype, and created interactive 3D concepts for the wearable and Air systems.

  • Pitch and Win proposal and product materials
  • Interactive equine monitoring dashboard
  • 3D concepts for tail, bandage and blanket wearables
  • Air system and observation workflow concept

The result

A product proposal, interactive dashboard prototype and explorable wearable and Air concepts.

Engagement

Product proposal and digital prototype

The problem

The proposed monitoring system needed a clear product story and working digital experience before its wearable devices or live data pipeline had been validated.

How it was approached

  1. Present the monitoring concept through horse profiles, observation history and product-specific views.
  2. Build an interactive dashboard prototype using synthetic telemetry and sample horse profiles.
  3. Create explorable 3D models for tail, bandage and blanket wearables and the Air system.
  4. Keep proposed product features distinct from observations and hardware that have not been validated.

What was built

Pitch and product proposal

Explain the equine monitoring concept and its product direction.

  • Pitch materials for the proposed product
  • Product story across wearable Touch devices and Air observation
  • Visuals that make the proposed systems easier to understand

Dashboard prototype

Explore sample horse observations in an interactive product UI.

  • Horse profiles, overview, Touch and Air views
  • Observation timelines and performance comparisons
  • Synthetic telemetry clearly separated from live device readings

Product concept viewer

Inspect the proposed form factors and their assemblies.

  • Interactive 3D models for tail, bandage and blanket wearables
  • Assembled and exploded product views
  • Illustrative Air system and observation walkthrough

What changed

Pitch materials

A defined product proposal

A product story and visual materials present the proposed equine monitoring systems.

Dashboard prototype

Interactive horse-observation experience

The dashboard includes profiles, timelines and product-specific views, populated with synthetic observations.

3D product concepts

Wearable and Air assemblies

Interactive models show proposed form factors and components for product exploration.

Technical stack

Next.js

React

Three.js

Blender

WebGL

Capabilities applied

Product definition

Interactive software

3D product visualisation

Technical pitching

Exploded render of the Touch wearable: wrap, carrier frame, sensor board, optical window and sealed housing.
The same device, exploded: carrier, board, sensor window and housing.
Render of the Touch sensor module mounted on a padded equine leg bandage.
The bandage mount, for limb placement.
Render of the proposed monitoring blanket, with sensor nodes along a routed signal path across the horse's back.
The blanket concept, with its sensor nodes and routed signal path.
Render of a horse wearing the Equiomics bandage, showing the sensor module in place on the leg.
The bandage shown in place, for scale.
Render of the proposed Air observation system: a sensor-carrying quadcopter above its open field case.
The Air observation concept and its field case.
Exploded render of the Air system showing the quadcopter separated from its gimbal and optical sensor payload.
Air, exploded: airframe, gimbal and optical payload.

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