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Smartgreen


Background
Designed analytical dashboards and microclimate management experiences for SmartGreen’s OptiNergy IoT platform, reducing HVAC energy usage by up to 25% and cutting CO₂ emissions equal to 80 cars per site annually. The platform is deployed in 150 McDonald’s freezing rooms and supported by a strategic partnership with Electra.

Role
Product Designer

Connected Chillers App


Summary


I automated our industrial IoT technician experience by merging physical console logic, machine telemetry, and advanced alerting into a unified mobile operational platform.

The result was a tool that reduced operational overhead by 40%, lifted maintenance efficiency by 35%, and created a smooth, low-friction learning curve for a workforce where most technicians were 50+ and not tech native.

The mandate
Transform our industrial machinery into a simple, reliable operational command experience that feels familiar to technicians but delivers the power of IoT.
The field teams relied on
  • Outdated physical panels
  • Fragmented web dashboards
  • Manual troubleshooting rituals
  • A population of senior technicians whose tacit knowledge wasn’t codified
This created
  • Slow fault detection
  • High downtime costs
  • No consistent diagnostic workflow
  • High cognitive load across sites











Secondary Flow




Admin


SmartGreen’s IoT platform required some supportive tools for Physicians, Developers, and smart buildings maintenance staff.

Space management 


Admin for Space access Management






Smart buildings semantic tagging and IoT Modelling Tool



IoT Modelling Tool is a platform that allows users to have their own models with devices and components modeled to represent a physical environment and map-wide device information.

+32%

Technician adoption
in 6 months

−35%

Repair time

−40%

Testing iteration cycle