Senior Mobile Android Engineer Shared Services

The role of a Senior Mobile Android Engineer at Yassir involves leading the design and development of advanced Android applications. You will not only develop features but also mentor junior developers, ensuring the highest standards of Android development practices while collaborating with cross-functional teams.

To apply for the Senior Mobile Android Engineer position at Yassir, candidates should have a Bachelor’s degree in Computer Science or a related field, along with at least 6 years of Android development experience, proficiency in Kotlin, and an understanding of Android SDK tools and architectures.

Essential technologies for the Senior Mobile Android Engineer role at Yassir include Kotlin, Android SDK, Jetpack libraries, version control systems like Git, RESTful APIs, and testing frameworks like JUnit. Familiarity with CI/CD pipelines and dependency injection frameworks is a plus.

At Yassir, the professional growth of our Senior Mobile Android Engineers is taken seriously. We encourage knowledge sharing, mentorship, and staying updated with the latest trends to foster continuous learning and equip our engineers with the tools necessary to succeed.

Expect a vibrant work culture at Yassir that fosters collaboration and innovation. You’ll work alongside sharp, motivated colleagues while having the flexibility to impact our strategic direction, all within a fun office environment or remotely.

The Senior Mobile Android Engineer plays a crucial role in Yassir's mission by developing user-friendly applications that enhance service delivery. Your contributions directly affect how millions access financial and on-demand services throughout the Maghreb region and beyond.

Yes, there are opportunities for remote work as a Senior Mobile Android Engineer at Yassir. We value work-life balance and offer flexible working arrangements, allowing you to contribute to our goals from anywhere.

The MVVM (Model-View-ViewModel) architecture pattern is significant for building responsive and maintainable Android applications. It separates concerns, allowing for cleaner code, where the View is responsible for UI, the Model handles data, and the ViewModel acts as a bridge that keeps the UI updated by observing data changes. Demonstrating knowledge of this pattern reinforces your understanding of effective application design.

To ensure performance and responsiveness, I focus on writing efficient and clean code, leveraging background tasks to handle heavy computations, using caching mechanisms where applicable, and employing tools like Android Profiler for performance monitoring. Optimizing UI redraws and memory usage is also crucial, and I actively address performance bottlenecks.

My experience with testing frameworks includes writing unit tests with JUnit, UI tests using Espresso, and integration tests to ensure robust coverage. I advocate for test-driven development (TDD) practices, which not only improves code quality but also aids in early bug detection, enhancing the overall development process.

I adopt a collaborative approach when mentoring junior developers, encouraging an open dialogue where they feel comfortable asking questions. I guide them through code reviews, share resources, and promote pair programming to facilitate knowledge transfer. My goal is to foster their growth and confidence in their skills while contributing positively to the team.

I have extensive experience in integrating RESTful APIs within Android applications. This involves crafting network requests, parsing JSON responses, handling errors effectively, and ensuring a seamless data interaction between the client and server. I also focus on implementing security best practices, such as secure API key handling.

I stay updated with Android development trends through a combination of following industry blogs, attending conferences, participating in communities, and experimenting with new frameworks or tools in side projects. Continuous learning is vital in this ever-evolving field, and I regularly seek out opportunities to enhance my knowledge.

My approach to handling bugs starts with thorough testing and logging strategies that allow for easy tracking of issues. When a bug arises, I replicate the scenario, analyze stack traces, and utilize debugging tools provided by Android Studio. I emphasize a systematic approach to identifying the root cause before implementing a fix.

During code reviews, I focus on providing constructive feedback that highlights best practices and opportunities for improvement. I pay attention to code readability, efficiency, and adherence to design patterns. My aim is to foster an environment where feedback is seen as a positive step towards growth rather than criticism.

Optimizing Android applications for various device configurations involves using responsive layouts, resource qualifiers, and ensuring efficient memory utilization. I test applications on multiple devices and screen sizes, and leverage features like vector drawables and adaptive layouts to ensure a consistent user experience across all platforms.

I have a strong background in using Git for version control. This includes branching strategies, pull requests, commit histories, and resolving merge conflicts. Utilizing Git features effectively enhances collaboration within the team, facilitates efficient tracking of project changes, and maintains code integrity throughout the development lifecycle.