Detail-oriented Android Developer with hands-on experience in building and enhancing scalable client-based applications. Proficient in Android SDK, Jetpack components, MVVM architecture, and modern mobile development practices. Strong collaborator in agile environments, committed to delivering high-quality, user-centric solutions and contributing effectively to organizational goals.
The BioKnox ESS app is a part of the BioKnox HRM suite, designed to manage employee-related tasks like attendance, leave, payroll, and self-service management for medium to large businesses. It supports multiple biometric devices and offers features like geo-fenced attendance and automatic payroll processing
The Educare365 App is an all-in-one Educational ERP platform designed to streamline the management and administrative processes of educational institutions, including schools, colleges, and coaching centers. It focuses on reducing manual effort and improving efficiency through digital solutions.
Developed an Android application for Jindal School, Barbil, facilitating communication between the school and parents. The app provides updates on academic activities, events, and announcements, enhancing parental engagement and transparency.
Contributed to the development of a mobile application for Techno Facility and Management, aimed at streamlining facility management services. The app includes features such as task scheduling, maintenance tracking, and client communication. Implemented using Android Studio, Retrofit for API integration, and Room Database for offline data storage.
Collaborated on the creation of a mobile application for JRP Constructions & Infrastructure Pvt. Ltd., enhancing project management and client interactions. The app offers functionalities like project updates, document sharing, and real-time notifications. Employed MVVM architecture, Dagger Hilt for dependency injection, and Glide for efficient image loading.
Developed a robust offline location tracking feature for the Olima mobile application, enabling accurate user positioning even when GPS signals are unavailable. Implemented Dead Reckoning algorithms utilizing device sensors such as accelerometers and gyroscopes to estimate movement and direction. This innovation ensures continuous location tracking in environments like tunnels or urban areas with poor GPS reception, enhancing user experience and reliability.