Senior Android Developer

Job Title: Senior Android Developer

Department: Immersive Technologies

Location: Vapi, Gujarat.

Reports To: Senior Fullstack Engineer

Experience: 5–8 Years

Job Purpose:

The position will work primarily on Java/Kotlin-based Android applications, including dual-module architecture, state-machine-driven surgical workflows, camera and native tracking integration, real-time visualization of biomechanical and navigation data, and enterprise deployment.

Key Responsibilities:

1. Android Application Architecture & Development

• Design, develop, maintain, and refactor production-grade Android applications using Java/Kotlin.

• Own development across the wearable navigation application's primary modules, including session setup and intraoperative procedure modules.

• Develop scalable multi-module Android architecture suitable for navigation workflows.

• Implement reusable UI components, application services, data models, and integration interfaces.

• Maintain clean separation between UI, workflow/state management, hardware integration, data processing, and configuration layers.

• Manage Android dependencies, Gradle configuration, build variants, signing, packaging, and release configurations.

• Ensure compatibility with target wearable and hardware platforms.

• Develop applications suitable for constrained, kiosk-style, or enterprise-managed wearable environments.

Qualifications and Experience:

• Bachelor's / Master's degree in Computer Science, Information Technology, Electronics & Communication, Software Engineering, Robotics, Mechatronics, or a related engineering discipline.

• 5–8 years of professional Android software development experience with production releases.

• Strong professional experience in Android development using Java/Kotlin.

• Proven experience developing complex multi-screen, workflow-driven Android applications.

• Strong experience with multi-module Android architecture.

• Strong knowledge of Android lifecycle, threading, memory management, and application performance.

• Hands-on experience with Camera2 API.

• Hands-on experience consuming JNI/native libraries within Android applications.

• Experience debugging native crashes and Android application integration issues.

• Experience deploying applications to physical Android devices and hardware.

• Experience with Gradle, Git, profiling, and Android Studio.

• Experience working with hardware- or sensor-driven applications is preferred.

• Experience mentoring junior Android engineers is preferred.

• Experience in medical devices, navigation, robotics, computer vision, AR/VR/XR, or high-availability software will be an added advantage.

Skills and Competencies:

• Strong proficiency in Java and Kotlin.

• Strong knowledge of Android application architecture and multi-module design.

• Strong proficiency in Android Studio and Gradle.

• Strong understanding of Android lifecycle and component management.

• Strong knowledge of Camera2 API and camera lifecycle management.

• Strong understanding of multithreading, concurrency, synchronization, and background processing.

• Strong understanding of memory management and performance optimization on constrained devices.

• Good knowledge of JNI/NDK and native library integration.

• Experience debugging native crashes, ANRs, memory leaks, and application freezes.

• Experience with Git and structured branching/release practices.

• Experience with Android profiling and performance analysis tools.

• Understanding of real-time data processing and UI update patterns.

• Experience with sensor-driven or hardware-key-based user interfaces.

• Experience with OpenCV Android integration is preferred.

• Experience with OpenGL or AR overlay rendering is preferred.

• Understanding of kiosk, home-launcher, device-owner, or enterprise-managed Android deployment patterns is preferred.

• Strong debugging and root-cause analysis capabilities.

• Strong attention to application stability, reliability, performance, and usability.

• Strong communication and collaboration skills.

• Ability to work effectively with software, hardware, computer vision, algorithms, QA, systems, and clinical teams.

• Ability to work with physical devices and laboratory navigation systems rather than emulator-only environments.

• Passion for Android engineering, wearable computing, surgical robotics, immersive technologies, and healthcare innovation.

Key Performance Indicators (KPIs):

• Timely delivery of assigned Android features and technical milestones.

• Successful implementation of session setup and intraoperative procedure modules.

• Reliability of state-machine-driven surgical workflows.

• Successful integration of camera, tracking, biomechanical, and navigation data.

• Application stability during real-time navigation data updates.

• Successful management of Camera2 lifecycle and native/JNI integrations.

• Application performance and memory efficiency on constrained wearable hardware.

• Quality and completeness of defect reports and supporting evidence.

• Timely resolution of application, camera, native, and hardware-integration defects.

• Reliability and traceability of Android builds and releases.

• Timely availability of stable OR/laboratory demonstration builds.

• Quality of code reviews, architecture decisions, and technical documentation.

• Effective mentoring and technical development of junior Android engineers.