Overview
Designed a mobile application used by HVAC technicians to measure and balance airflow in real-world environments, replacing manual calculations with a guided, streamlined digital workflow.
The Problem
Technicians were required to manually calculate airflow measurements using fragmented tools and complex formulas, leading to:
- Time-consuming workflows
- High potential for calculation errors
- Inconsistent data recording
- Frustration in field conditions
The process was inefficient, especially in fast-paced or physically demanding environments.
My Role
- UX/UI Design for mobile application
- Wireframing and prototyping (Figma / Adobe XD)
- Collaborated with product managers, engineers, and stakeholders
- Iterated based on real-world usage constraints
Process
1. Workflow Breakdown
Analyzed how technicians:
- Measured airflow
- Performed calculations
- Recorded and validated results
Identified friction points in:
- Data entry
- Step sequencing
Error-prone calculations
2. Simplifying the Flow
Restructured the experience into a step-by-step guided workflow:
- Reduced cognitive load
- Eliminated unnecessary decisions
- Made the process more intuitive
3. Prototyping & Iteration
- Designed wireframes and interactive prototypes
- Collaborated with engineering to ensure feasibility
- Iterated based on feedback and technical constraints

CWa for Balancer
Solution
- Designed a guided mobile workflow for airflow measurement
- Reduced reliance on manual calculations
- Created clear input and feedback states
- Improved readability and usability in field conditions
- Standardized the process across users

My Tasks/Devices
This screen serves as a central repository for reports generated at the end of each balancing workflow, allowing technicians to access them later as needed. Additionally, it provides functionality to organize reports by moving them between folders and enables seamless sharing with other technicians via email.


