Led the development of an advanced Android Library focused on image editing capabilities. Streamlined development with a CI/CD pipeline using GitHub Actions for efficient code deployment. Integrated OpenGL ES for image filters and transformations, and utilized GPU processing for enhancement and manipulation. Optimized performance through image caching and downsampling. Managed release strategy using SemVer and Maven Artifactory, and created a flexible tech stack plan that supports feature adoption and UI customization. Implemented key metrics to monitor product quality, such as artifact size and download counts.

Worked collaboratively with multi-disciplinary teams, including designers, product owners, and backend engineers, to unify user interface and user experience design. Produced high-quality, modular code using Kotlin that followed best practices and was thoroughly tested through unit testing with Kotest & Kover. Established Quality Engineering Metrics integrated with SonarQube to reduce technical debt and potential defects. Designed responsive UI layouts using Jetpack Compose to support multiple screen sizes and orientations. Conducted comprehensive code reviews, emphasizing the identification and remediation of potential bugs, security vulnerabilities, and performance issues. Leveraged Android Jetpack components like Datastore, ViewModel, and Room to boost app functionality and enable seamless user experiences.

A social video viewing platform that allows users to watch official videos of various genres, such as music videos, live footage, short films, and lifestyle programs, together in an online screening environment. The project involved collaboration as a Software Engineer on a cross-platform team, with a focus on enhancing features in iOS using SwiftUI while ensuring consistent functionality with the Android team. The integration of AWS Chime enabled smooth and efficient group video calls within the application. Additionally, the project emphasized maintaining feature parity between the iOS and Android platforms for seamless integration and optimal user experience across both environments. A serverless function was developed to dynamically generate Open Graph (OG) images, designed to create engaging visuals when users create events for sharing on various social platforms.

Led the development of applications aligned with business requirements using Agile methodologies. Proposed enhancements to systems and processes to boost efficiency and strengthen competitive company posture. Worked closely with customers to identify and resolve service and development issues. Engineered a scalable system designed to support thousands of users, enhancing performance and user experience. Determined the tech stack and feature set for the product.

The Ontrasys Gateway is a successor product initiated following the success of the original Ontrasys. It continually retrieves data from IoT devices via Bluetooth Low Energy (BLE) and communicates with the cloud to initiate actions when necessary. The application was developed from the ground up for custom devices running Android Go.

The Ontrasys project involved the development and maintenance of scalable web applications utilizing Django, which led to a 30% increase in user engagement. The project included the integration of third-party APIs to expand application functionality and optimize data retrieval processes. This involved the use of tools like Celery for managing asynchronous tasks and AWS services for scalable API hosting. Additionally, the project required conducting code reviews to optimize the existing codebase, thus enhancing overall performance and reducing technical debt by 25%. Collaboration with cross-functional teams was essential to gather requirements and deliver high-quality software solutions on time.