Full-Stack Developer responsible for developing solutions for alerting products.

Currently, I am responsible for developing solutions for alerting products. My primary responsibilities include anomaly detection, AI-based alert recommendations, root cause analysis, identifying gaps in alert coverage, product analytics, and various other areas. I have proven to be a collaborative team player who is always willing to contribute to other projects by being involved in various product areas, including alerts, incidents, and pipelines.

My focus is on enhancing alerting and alerting coverage by establishing graph relationships between users’ alerting coverage. This enables the creation of a comprehensive view of users’ alerting issues, allowing for the provision of targeted alert recommendations.

In a Full-Stack role, I spearheaded the transformation of a monolithic application into a responsive single-page application. This endeavor significantly reduced server load and download size. I leveraged functional programming paradigms to construct a robust user interface and reusability of different application components. I also mentored and led a team of front-end developers, both locally and remotely. Notably, I reinvented Java Spring API endpoints to ensure proper status and payload structure, while facilitating the adoption of a micro-service architecture. I developed products encompassing patient registration, multiple account consolidation, scheduling, video visits, and comprehensive data caching. Furthermore, I crafted custom libraries for data caching, API calling, forms, and custom Webpack configurations that helped optimize app loading, eliminating unnecessary code (tree shaking), and enabling code splitting (only loading what is required per page).

Enhanced the inventory management system user experience and reduced error rates by introducing multiple checkpoints and success/error pages. Uploading products became more user-friendly through a multi-step workflow, providing guidance rather than a single drag-and-drop action. Implemented updates to the administrative system, improving the precision of user account control. Utilized reactive and functional programming techniques, along with the most recent frameworks, to separate concerns, compose functionality, mitigate overload and complexity in functional components, and deliver fully tested segments of functionality.

Designed and developed single-page applications tailored for patients, physicians, and hospital internal operations. As a full-stack developer, I leveraged Java Spring Boot and Angular ES6+.

I integrated these applications with Electronic Medical Record scheduling systems, enabling patients to self-schedule appointments with any provider. Furthermore, I developed an encryption algorithm to securely store real-time user HIPAA data, ensuring data integrity even during page refreshes.

I showcased my adaptability by constructing a lab and mammography scheduling application capable of scheduling appointments with multiple hospitals spanning 10 states and encompassing two time zones.

Engaged in the development of web applications for the Education Sector within the K-12 curriculum. My primary focus lies within the Front-End realm, where I collaborate closely with the Vice President of Engineering to ensure the delivery of a highly functional and user-friendly product.