Position Description:
We are seeking an experienced Android Full-Stack Engineer to join our platform stability team. In this role, you will be responsible for diagnosing, debugging, and resolving complex Android stability issues spanning the entire Android stack-both above (System Partition) and below (Vendor Partition) the Treble boundary. You will work deep within Android framework internals, reverse-engineering issues from source code, providing technical direction for ambiguous problems, and ensuring overall platform robustness across Android version upgrades. This is a hands-on engineering role for someone who thrives on solving the hardest, least-understood problems in the Android ecosystem. Key Responsibilities: 1. Design and develop middleware and Android background services for platform-level functionality 2. Debug and reverse-engineer complex issues directly from Android Open Source Project (AOSP) source code Own overall Android platform stability and reliability 3. Resolve Android upgrade and integration issues across releases 4. Diagnose and fix bugs in system_server components (Activity Manager, Window Manager, Package Manager, etc.), Car Service, and SurfaceFlinger 5. Investigate and resolve black screen, boot failure, and ANR (Application Not Responding) issues 6. Resolve and provide technical direction and root-cause analysis for unknown or hard-to-reproduce issues 7. Address and resolve compliance test failures across CTS, VTS, ATS, and STS
Skills Required:
Kotlin, C++, Java 1. Kotlin - Candidate should be able to write and maintain Kotlin-based Android background services and middleware components and be comfortable working within Kotlin code in the Android framework/system_server layer (e.g., modifying or extending services like Activity Manager, Package Manager) as part of resolving platform stability issues. 2. C++ - Candidate should have hands-on experience debugging and modifying native Android components (e.g., SurfaceFlinger, HAL layers, vendor partition code) in C++, including reverse-engineering issues directly from AOSP nativeopen source code. 3. Java - Candidate should be able to read, debug, and modify Java-based Android framework code (system_server internals such as Window Manager, Activity Manager) to diagnose and resolve issues like ANRs, boot failures, and black screens, including designing AIDL/Binder interfaces exposed to applications.
Experience Required:
Experience Required: 1. 3+ years of hands-on Android platform/framework development experience. 2. Proven experience in designing and developing middleware and Android background services (long-running/foreground service) that expose feature-rich interfaces (AIDL/Binder, APIs) to applications. 3. Demonstrated track record of resolving complex, low-level Android stability issues. 4. Experience contributing to or modifying AOSP source code 5. Proven experience working across the full Android stack (framework, native services, vendor layers)
Experience Preferred:
1. Experience with Android Automotive OS (AAOS) and Car Service. 2. Familiarity with HAL (Hardware Abstraction Layer) and vendor integration. 3. Experience with CTS, VTS, ATS, and STS compliance frameworks. 4. Knowledge of Android graphics stack and display subsystems. 5. Experience with native debugging tools (gdb, lldb, perfetto, systrace, logcat analysis). 6. Familiarity with Android build systems (Soong/Make) and partition architecture. 7. Experience working with SoC/silicon vendors on platform bring-up
Education Required:
Bachelor's Degree
Education Preferred:
Master's Degree
Additional Information :
***HYBRID / 4 days per week in office*** Additional Context for Suppliers: • This role requires a deep-dive, problem-solving mindset and the ability to operate independently on ambiguous, high-impact issues. • The ideal candidate is comfortable being the technical authority for the most challenging stability problems and can provide direction to other engineers. • Experience in the automotive or embedded Android domain is a strong plus given our focus on system_server, car service and platform stability.