Senior Software Engineer - Tv Playback (c++)

Spotify Spotify · Consumer · London, United Kingdom +1 · Experience

Senior Software Engineer role focused on building and evolving the C++ integration layer for Spotify's audio and video playback on TV devices. This involves integrating with native media frameworks, owning critical playback areas, debugging performance issues, and collaborating with platform and device teams.

What you'd actually do

  1. Design, build, and evolve the C++ integration layer that powers Spotify’s audio and video playback on TV devices running our new Rust runtime
  2. Integrate Spotify’s playback experience with platform-native media frameworks such as AVPlayer, ExoPlayer, or equivalent TV player stacks
  3. Own critical playback areas including buffering strategies, playback state handling, A/V synchronization, adaptive bitrate configuration, track selection, and rendering paths
  4. Debug complex performance and reliability issues across multiple layers — from application logic to OS-level frameworks and hardware acceleration
  5. Partner closely with Playback platform teams and device teams to ensure shared APIs and designs translate cleanly into real-world TV implementations

Skills

Required

  • C++
  • low-level systems development
  • video/media/playback domains
  • native playback frameworks integration (AVPlayer, ExoPlayer, vendor SDKs)
  • video playback fundamentals (codecs, streaming formats, ABR, buffering, A/V sync)
  • OS and media framework layer interaction
  • scalable technical systems design
  • performance and reliability debugging (logs, traces, profilers)
  • collaboration and communication

Nice to have

  • Rust runtime

What the JD emphasized

  • strong of experience building low-level systems in C++
  • hands-on experience integrating native playback frameworks
  • deep understanding of video playback fundamentals
  • comfortable working close to the OS and media framework layer
  • diagnosing issues that span multiple system boundaries
  • debugging performance and reliability issues