Software Engineer, Android

As a Software Engineer, Android at Calm, you will be responsible for building and enhancing features that have a significant impact on users' mental health. This includes collaborating with cross-functional teams to gather technical requirements, designing innovative systems, and ensuring smooth production deployments. Your role involves driving projects from conception to completion, leveraging your expertise in Kotlin and Android development.

To succeed in the Software Engineer, Android position at Calm, you should have a minimum of 3 years of related experience, particularly in developing Android applications using Kotlin. Familiarity with Android Studio, the Google Play Store release process, and best practices in mobile development are essential. Additionally, strong communication skills are necessary to convey technical solutions to both technical and non-technical stakeholders.

Calm employs a variety of technologies for the Software Engineer, Android position, including Kotlin and Java, Jetpack Compose, REST APIs, and MVVM Architecture. Familiarity with tools like CircleCI for CI/CD pipelines, as well as frameworks like Dagger and RxJava, is beneficial. Staying updated with the latest Android technologies is key to success in the role.

At Calm, the working environment for the Software Engineer, Android role is collaborative and team-oriented. You will engage with engineers, designers, product managers, and data scientists in small pods, encouraging a dynamic atmosphere where creativity and problem-solving are highly valued. This environment fosters innovation and ensures that the technology developed addresses real-world challenges.

Calm provides numerous career growth opportunities for a Software Engineer, Android, including continued learning through new projects and technologies, mentorship from experienced teams, and the chance to influence the direction of the Android app. As a pivotal part of a growing product team, you will have the opportunity to directly impact the user experience and contribute to the company's mission of promoting mental health.

When answering about your experience with Kotlin, focus on specific projects where you utilized Kotlin's features effectively. Highlight your knowledge of programming concepts in Kotlin, how you wrote clean, maintainable code, and any libraries or frameworks that you leveraged in your projects.

Explain your debugging process, including the tools you use such as Android Studio's debugger, and techniques like logging or using breakpoints. Provide a specific example of a challenging bug you resolved, demonstrating your problem-solving ability and logical reasoning.

Discuss your strategies for optimizing Android app performance, including efficient use of resources, reducing loading times, and leveraging background processes judiciously. Share examples of performance improvements you've implemented in past projects.

Share your commitment to professional development by mentioning resources such as blogs, online courses, and community forums. Discuss conferences you've attended or any contributions to the developer community that have kept you informed about the latest Android trends.

Provide a detailed account of a project where teamwork was crucial. Discuss your role, how you collaborated with others, and the tools you used for communication and project management. Emphasize the outcome of the project and what you learned from the experience.

Talk about your approach to testing, including unit tests, UI tests, and integration tests. Explain your experience with testing frameworks such as JUnit and how you integrate testing into your development workflow to ensure code quality.

Describe your time management strategies for meeting deadlines without compromising quality. Discuss how you prioritize tasks, possibly using techniques like Agile, and how you communicate with your team to ensure everyone is aligned.

Highlight your familiarity with version control systems like Git. Provide examples of how you've used version control in your projects to collaborate with team members, manage code changes, and track project history.

Discuss features that enhance user experience, such as user-friendly interfaces, performance optimization, responsiveness, and accessibility considerations. Use examples from your past work to illustrate how you've implemented these features.

Provide a clear explanation of MVVM architecture, emphasizing its components—Model, View, and ViewModel. Discuss the advantages it offers, such as improved code separation, easier testing, and enhanced maintainability in large projects.