1 month ago
Boston, MA, USAMid Level
H1B sponsor
Base Salary
$125k - $175k/yr
Responsibilities
- Design, build, and maintain scalable Android features integrating with backend services and APIs.
- Collaborate with backend, infrastructure, and product teams to deliver seamless and performant end-to-end systems.
- Apply MVVM, MVI, modular architecture, and scalable design principles.
- Enhance shared Android libraries, frameworks, and build tooling to improve developer enablement.
- Monitor application performance, debug complex issues, and optimize speed, stability, and battery life.
- Write secure, well-tested code and participate in design and code reviews.
- Document technical decisions, architecture, and design.
Requirements
- 2–4 years of professional Android development experience.
- Proficiency in Kotlin, Java, Android Jetpack libraries, and the Android development ecosystem.
- Strong understanding of Android application structure, lifecycle, concurrency with Coroutines, and memory management.
- Experience integrating with backend services and APIs.
- Familiarity with modular architecture and MVVM/MVI design systems.
- Experience using Git, Jira, Confluence, and GitHub.
- Exposure to mobile CI/CD workflows, Gradle build configuration, and mobile release processes.
- Commitment to using AI tools while maintaining high-quality engineering standards.
Benefits
- Boston, Massachusetts office-based role; relocation is required if necessary.
- Benefits and a generous equity package are provided in addition to base salary.
- WHOOP is an equal opportunity employer and participates in E-Verify.
About WHOOP
WHOOP builds a wearable health and performance tracker paired with an analytics app that measures sleep, recovery, and strain for athletes and health‑conscious consumers. Its business model combines device sales with a recurring membership that unlocks coaching features and insights. Founded in 2012 and headquartered in Boston, the privately held company also serves enterprise wellness programs and sports organizations seeking continuous performance monitoring.