A high-performance, mobile-first utility suite designed for Biomedical Equipment Technicians (BMET) and Clinical Engineers.
This toolkit is a lightweight, standalone web application built to streamline frontline medical equipment service, calibration tracking, and field reporting. Designed with a retro-modern aesthetic, it prioritizes speed, utility, and scannability in high-pressure clinical environments.
Figure 1: Comprehensive Asset Management Dashboard
-
Unit Converter: Specialized for medical physics (PSI to
$cmH_2O$ ,$inHg$ for suction, and Celsius/Fahrenheit). - Battery Runtime Estimator: Calculate expected equipment uptime based on Amp-hour capacity and current load.
- Go-Bag Checklist: Interactive floor-ready verification for essential tools like ESA and Multimeters.
- Work Order Integration: Support for Corrective Repair, Scheduled PM, and Incoming Inspections.
- Performance Verification: Dedicated professional sign-off for device accuracy and safety.
- Print-to-PDF: Optimized
@media printstyling to generate clean, paper-ready service records directly from a mobile device or workstation.
- Local-First Architecture: Saves test equipment serial numbers and calibration due dates to the browser's
localStorage. - Visual Alerts: Real-time status indicators for "Active," "Due Soon," and "Overdue" equipment.
- Mobile-First Layout: Flexbox and Grid implementation ensure the UI is "thumb-friendly" on smartphones while remaining robust on desktop.
- 90s "Clinical" Aesthetic: High-contrast neon-on-black accents for visibility and a touch of retro-gaming flair.
- Zero Cloud Storage: This application does not use a database or external API. All data is stored locally on your device via
window.localStorage. - HIPAA Minded: Because no data is transmitted over the internet, no Patient Identifiable Information (PII) or Protected Health Information (PHI) leaves your local browser session.
- Offline Capable: Once loaded, the toolkit functions entirely without an internet connection.
- HTML5: Semantic structure for accessibility.
- CSS3: Custom properties, Flexbox, and CSS Grid for a fully responsive, no-framework UI.
- Vanilla JavaScript: Lightweight logic for calculations and data persistence.
- Clone the Repo:
git clone [https://github.com/your-username/bmet-toolkit.git](https://github.com/your-username/bmet-toolkit.git)
- Open Locally:
Simply open
index.htmlin any modern web browser. - Deployment: This project is ready for GitHub Pages. Just enable it in your repository settings to host your own live toolkit URL.
Found a bug or have a feature request for a specific medical device calculator? Feel free to open an issue or submit a pull request!
Maintained by [Chase Singhofen]