Android Project Triage and Performance Professional

Role Overview

• We are looking for an Android Automotive Operations Performance Engineer to own postproduction triage, system stability, and performance optimization for Android Automotive (AAOS) IVI platforms.
• This role acts as a first line of technical ownership once the product is live, combining field issue triage, customer impact control, and deep systemlevel performance optimization across the Android stack (App Framework HAL Kernel).
• You will work closely with HMI, Android Framework, Backend, Telematics, QA, Tier1 partners, and Product teams to ensure fast issue containment, rootcause direction, SLA adherence, and productiongrade performance.

• Act as first point of contact for all postrelease field issues on Android Automotive IVI systems
• Perform firstlevel technical triage to identify:
  • Impacted modules (HMI, Framework, Backend, Telematics, Platform)
  • Severity, priority, and customer impact
  • Likely rootcause direction
• Reproduce customer issues, collect ADB / Logcat / Dumpsys / system traces, and ensure clear defect evidence
• Ensure correct routing, fast containment, and zero handoff delays between teams

• Own endtoend customer and stakeholder communication
• Provide quick acknowledgment, structured updates, and closure summaries
• Proactively manage critical incidents, preventing escalations through early intervention
• Maintain strong SLA and timeline control for response and resolution

• Analyze and optimize performance across App Framework HAL Kernel
• Drive improvements in:
  • Boot time and app launch time
  • UI rendering and GPU performance
  • CPU, memory, I/O, and multithreading efficiency
• Identify performance bottlenecks and regressions using:
  • Perfetto, Systrace, Android Studio Profiler, Heap Analyzer

• Perform deepdive analysis of:
  • Heap dumps, memory leaks, GC behavior
  • Native (C/C++) and managed memory usage
• Improve system stability and memory footprint
• Optimize APK/AAB size using:
  • ProGuard / R8
  • Resource optimization and modularization
• Ensure efficient handling of images, animations, and HMI assets