Sr. SW Engineer - PaaS - job 10 of 20

As a Sr. Software Engineer - PaaS at Cloudview, your primary responsibilities will include designing and enhancing our transactional platform, collaborating with the UI Team in an agile environment, and working on various projects ranging from full stack to front-end development. Alongside this, you'll perform unit testing, engage in code reviews, and focus on writing performant UI code while practicing safe coding. Refactoring and continuous improvement of software will also be crucial parts of your role.

To excel as a Sr. Software Engineer - PaaS at Cloudview, you should have strong skills in full stack and front-end development, as well as expertise in cloud platforms and infrastructure. Familiarity with unit testing and code review processes is essential, along with a solid understanding of safe coding principles. Additionally, a commitment to continuous learning and the ability to lead projects will greatly benefit your role.

The work environment for a Sr. Software Engineer - PaaS at Cloudview is collaborative and engaging. You'll be part of a supportive team that encourages sharing ideas and challenges to enhance your skills. The role is hybrid, allowing you to split your time between working remotely and in the office, providing flexibility while ensuring quality team interactions that are essential for project success.

At Cloudview, as a Sr. Software Engineer - PaaS, you'll find numerous opportunities for career growth. The role encourages continuous learning through corporate training and exploration of new technologies. As you lead projects and demonstrate your work, you'll enhance your expertise and visibility within the company, opening up pathways to more advanced positions in software development or project management.

Cloudview prioritizes continuous learning for a Sr. Software Engineer - PaaS by providing access to corporate training programs and encouraging the exploration of new technologies and processes. You'll be expected to stay updated with industry trends, which can significantly enhance your skills and keep you at the forefront of software engineering practices.

When answering this question, focus on your specific skills in both front-end and back-end development. Highlight the technologies and frameworks you've used, and provide examples of projects where you've contributed to various stages of development and deployment.

Discuss the techniques you use to write efficient code, such as optimizing algorithms, minimizing resource usage, and employing best practices. Provide examples from past projects where you significantly improved application performance.

Your answer should outline the strategies you use for unit testing, including any specific frameworks you prefer. Emphasize the importance of writing tests alongside code and how it contributes to long-term project health.

Explain your approach to both giving and receiving feedback in code reviews. Share how you ensure constructive criticism and foster a positive environment for collaboration while maintaining code quality.

Illustrate this with a specific project, detailing your leadership role, the challenges faced, and how your contributions led to a successful outcome. Focus on your ability to motivate and coordinate team efforts.

Discuss various ways you keep yourself informed about new technologies such as attending conferences, following blogs, engaging in online communities, and continual training. This shows your dedication to personal and professional growth.

Provide a detailed account of a specific issue, the steps you took to identify and solve it, and the impact it had on your project. This demonstrates your problem-solving skills and technical expertise.

Explain your methodology for task prioritization, such as using tools or frameworks to assess urgency and importance. Share examples of how this has helped you meet deadlines without compromising quality.

Share your knowledge and experience with various cloud platforms, detailing specific projects where you've utilized these technologies. Discuss the benefits you’ve witnessed, such as scalability, reliability, and performance.

Discuss your process for identifying code that needs refactoring, the criteria you use to determine what to refactor, and the benefits it brings to the overall project. Highlight how refactoring fits into maintaining a clean codebase and improving performance.