Lead Firmware Engineer - Android Video Expert

Lead Firmware Engineer - Android Video Expert

Crestron Electronics Inc.

- 22 Link Rockleigh, NJ, 22 Link Drive, Rockleigh, New Jersey, United States of America

Posted Thursday, August 20, 2026 at 4:00 AM

At Crestron Electronics, Inc we build the technology that integrates technology.

We are proud to be the largest and most recognized brand in automation and control solutions, and the premier technology partner for fortune 500 businesses globally. Our products’ are integrated into new high-tech commercial buildings’ to include some of the most exciting real estate throughout the world. Our clients include Google, Microsoft, Amazon, Linked In and many others.

We are the leaders in the most exciting industry in the world!

Our automation and control solutions for homes and buildings allow our clients to control entire environments with the push of a button, integrating systems such as Audio Visual, Lighting, Shading, Security, Building Management Systems and HVAC to provide greater comfort, convenience and security.

Overview

The Android video expert will provide deep technical leadership for Crestron’s embedded Android and Linux video platforms as a hands‑on firmware engineer leading development efforts within the team and influencing direction, roadmaps, and technical decisions. The role has ownership across video architecture, codec integration, performance optimization, debugging, and production hardening. This role requires hands‑on expertise in Android multimedia, Codec2/AIDL integration, hardware video encode/decode, video HAL/vendor behavior, kernel and firmware diagnostics, camera‑to‑video pipelines, display interaction, and end‑to‑end validation for real‑time conferencing, streaming, capture, playback, and encode/decode use cases.

The engineer will work across firmware, BSP, camera, display, hardware, application, QA, and silicon/vendor teams to turn platform video capabilities into reliable product behavior.

Responsibilities

• Lead hands‑on video platform integration, configuration, bring‑up, and release readiness across Android multimedia framework, Codec2/AIDL services, video HAL/vendor components, kernel drivers, firmware interfaces, camera, display, and application‑level video paths.
• Drive root‑cause analysis, code‑level troubleshooting, performance tuning, and production hardening for complex video issues involving hardware encode/decode, synchronization, memory management, buffer handling, latency, power efficiency, video quality, stability, and end‑to‑end pipeline throughput.
• Provide technical architecture direction for Android/Linux video platforms, including multimedia stack design decisions, codec integration strategy, secure and non‑secure video paths, low‑latency streaming, multi‑instance workloads, camera‑to‑video flows, display interaction, and platform tradeoffs.
• Define and execute validation strategy, automation, regression coverage, stress and soak testing, codec compliance, interoperability testing, playback, recording, streaming, conferencing, and multi‑session release qualification for Android and Linux video platform releases.
• Provide technical leadership to engineers through design reviews, implementation support, debugging assistance, mentoring, technical documentation, vendor engagement, risk communication, and cross‑functional coordination with firmware, BSP, camera, display, hardware, application, QA, customer‑facing, and silicon/vendor teams.

Qualifications

• Bachelor's Degree in Computer Science, Electrical Engineering, or related field is required
• Master's Degree in Computer Science, Electrical Engineering, or related field is preferred
• Embedded Android/Linux multimedia software development and debugging, with strong C/C++ expertise
• Android video architecture, Codec2, AIDL/HIDL concepts, media codec configuration, video HAL/vendor extensions, and hardware video codec integration
• Hardware video encode/decode bring‑up and debug, including low‑latency paths, secure/non‑secure sessions, buffer formats, metadata, and multi‑instance concurrency
• Camera‑to‑video, display output, graphics/display interaction, GStreamer/FFmpeg/V4L2 concepts, or Linux multimedia pipeline…