Case Study
SmartWatts
SmartWatts was engineered to bridge the gap between consumption and conservation. Developed during a high-intensity hackathon, the platform generates ...
Overview
INTELLIGENT ELECTRICITY ANALYTICS & BILL PROJECTION
SmartWatts was engineered to bridge the gap between consumption and conservation. Developed during a high-intensity hackathon, the platform generates a granular summary of energy 'drainers' from simple user input. We focused on high-performance data visualization to ensure users can see exactly where their money goes, paired with an AI-logic engine that suggests personalized, green alternatives.
The Problem
Developing a precise estimation algorithm within 24 hours that accounts for complex tiered billing structures and regional utility rates while maintaining a premium UI.
My Solution
An award-winning estimator that breaks down consumption patterns, predicts monthly costs, and provides a data-driven roadmap for energy reduction.
I make an impact through my work.
Measurable outcomes that drive business growth and user engagement.
Technical Excellence
I don't just design for looks; I build for speed, accessibility, and search engines. Every project undergoes rigorous Lighthouse auditing.
“A masterclass in taking complex data and making it accessible. SmartWatts stood out for its immediate utility and polished execution.”
More Case Studies
Invoicer
Invoicer is an AI-powered invoice maker designed for freelance creatives and small teams. By translating natural language into structured billing, it eliminates friction and ensures freelancers get paid faster with zero manual entry.
BuildHand
BuildHand is a total rethink of construction operations. We moved away from 'Excel-style' management to a visual-first SaaS ecosystem. Designed for founders who demand transparency and ops teams who need clarity, it bridges the gap between field execution and boardroom strategy.
Building the Next Big
Startup?
I help founders and startups create products that users actually trust. From EdTech to Fintech, I engineer high-performance ecosystems that scale.