Platform overview
A connected digital experience for modern churches
GraceNexa brings church operations and community engagement into a connected web and mobile product.
I served as lead engineer for the full project, owning the technical direction and guiding delivery from architecture and planning through implementation, testing, and production readiness.
Engineering leadership
Technical ownership across the complete product
- Set the application architecture, engineering standards, and technical roadmap.
- Translated product requirements into clear delivery phases and maintainable system boundaries.
- Led implementation across the public website, web application, mobile experience, and supporting services.
- Reviewed technical decisions and kept quality, consistency, and delivery aligned across the project.
- Prepared the product for production support and continued development.
Product experience
Designed for connection across web and mobile
The product supports the public-facing and community experiences churches need in one consistent design language.
- Responsive web experiences and a cross-platform mobile application.
- Consistent interaction patterns for church information, events, communication, media, and community participation.
- Accessible loading, feedback, empty, and error states across key journeys.
- Theme support and responsive behavior designed for a broad range of devices.
Product quality
A maintainable foundation for a growing product
- Typed contracts and modular boundaries that keep product areas easier to develop and review.
- Automated coverage across frontend, mobile, and backend behavior.
- Consistent development standards and production monitoring for ongoing support.
- Technical decisions documented and evaluated against product needs and long-term maintenance.
Technical foundation
A TypeScript foundation across web, mobile, and backend
GraceNexa uses React, React Native, Expo, TypeScript, TanStack tools, Node.js, Express, PostgreSQL, Prisma, Zod, and Tailwind CSS. I organized the technology around shared engineering conventions while keeping each product surface independently maintainable.