Snap
Software Engineer, Android, Level 5
$178K–$313K
Los Angeles, California +4 · Full-time · Posted Oct 2, 2026
- Location
- Los Angeles, California
San Francisco, California
Palo Alto, California
New York, New York
Bellevue, Washington - Experience
- 6+ years of post-Bachelor’s software development experience; or a Master’s degree in a technical field plus 5+ years of post-grad software development experience; or a PhD in a relevant technical field plus 2 years of post-grad software development experience; or a PhD in a relevant technical field.
- Education
- Bachelor's degree in a relevant technical field such as computer science, or equivalent years of practical work experience; alternatives include a Master’s degree in a technical field or a PhD in a relevant technical field.
About the job
Build and launch Android features and products, focusing on smooth, stable user experiences and scalable, high-quality code.
What you'll do
- Develop features from design through implementation and launch, making technical tradeoffs with design partners.
- Build and improve Android products, with attention to user experience, stability, and appropriate UI and infrastructure practices.
- Review code and use AI tools and high-velocity workflows while maintaining code correctness, security, and production quality.
What they ask for
- Experience with Android application development.
- Bachelor's degree in a relevant technical field or equivalent years of practical work experience.
- Use Kotlin, Java, RxJava, Dagger, and other tools to build Android products.
- Proficiency in or strong aptitude for using AI tools, including auditing generated output for architecture, performance, and security.
Nice to have
- Kotlin and Android expertise.
Pay
$209,000-$313,000 annually (base salary); $199,000-$297,000 annually (base salary); $178,000-$266,000 annually (base salary)
Tools
Kotlin, Java, RxJava, Dagger, Android
AI focus
Use AI tools to streamline development and design and ship scalable services; assess generated output for architectural integrity, performance bottlenecks, and security risks.
Model-written summary · the original posting is authoritative