Software Engineering Senior Advisors- Evernorth Health Services - Hybrid

As a Software Engineering Senior Advisor at Evernorth Health Services, your primary responsibilities include translating business needs into detailed software application requirements, collaborating with operations to evaluate user requests, and participating in strategic discussions regarding web application functionalities. You'll also be expected to work alongside other developers on legacy systems, enhance application features, and solidify functional requirements for new capabilities.

To qualify for the Software Engineering Senior Advisor position at Evernorth Health Services, candidates should possess a Master’s degree in computers or engineering along with three years of experience, or a Bachelor’s degree and five years of relevant experience in software development or web application design. Proficiency in technologies like HTML, CSS, React JS, Java, and machine learning techniques is also required.

Key technology skills necessary for the Software Engineering Senior Advisor role at Evernorth Health Services include proficiency in HTML/HTML5, CSS3, React JS, JavaScript, and knowledge of Agile methodologies. Familiarity with backend technologies such as Java, Spring Boot, and various development tools like Maven and Swagger, plus exposure to machine learning techniques are also vital.

The work schedule for a Software Engineering Senior Advisor at Evernorth Health Services offers hybrid flexibility, allowing you to work both in-office and remotely. This flexible arrangement enables employees to maintain a healthy work-life balance while contributing to important software development projects.

As a Software Engineering Senior Advisor at Evernorth Health Services, you will engage in projects that involve migrating legacy applications, developing new features for current systems, and implementing innovative software patterns. Your work will directly impact the health and roadmap of our web applications, aiming to enhance user experience and operational efficiency.

When translating business needs into technical requirements, I begin by deeply understanding the user and business context. This involves collaborating with stakeholders to gather insights and requirements. I then prioritize these needs based on impact and feasibility, documenting clear technical specifications that can guide development. Staying aligned with business objectives throughout the project lifecycle is essential.

In my previous roles, I frequently participated in legacy code migration projects. I focused on understanding the existing codebase, identifying dependencies, and assessing functionality to ensure a smooth transition. I collaborated with my team to rewrite or adapt code for modern environments, emphasizing performance improvements and compliance with current standards while maintaining the integrity of core functionalities.

I've implemented several design patterns, including MVC (Model-View-Controller), Singleton, and Factory patterns, to ensure efficient code structure and reusability. For instance, using MVC allowed for clear separation of concerns within web applications, enhancing maintainability and scalability. I always strive to choose the right design pattern that aligns with project requirements and team capabilities.

To ensure performance and compliance of a software product, I rely on a combination of thorough testing, code reviews, and performance monitoring. I implement automated testing tools for unit and integration tests, and use analytics tools like New Relic and Kibana to monitor real-time performance. Regular compliance checks against regulatory standards are also integral to my development process.

I have extensive experience working in Agile environments, where I participated in daily stand-ups, sprint planning, and retrospectives. Agile methodologies allow for quick adaptations to changing requirements, which is vital in software development. I’ve found that maintaining open communication within the team and constantly iterating based on feedback significantly boosts productivity and morale.

One of the most challenging projects I worked on involved migrating a complex legacy system to a modern architecture. I encountered numerous obstacles, including data compatibility issues and tight deadlines. To address these, I held frequent collaborative meetings with my team and stakeholders, established clear milestones, and adjusted our strategies based on ongoing analysis, which ultimately led to a successful migration.

My approach to debugging includes using systematic methods to isolate the problem, starting with analyzing error logs and employing debugging tools. I also ensure to understand the context of the bug by replicating it in a controlled environment. Effective communication with team members often aids in brainstorming solutions, allowing us to resolve issues swiftly.

I prefer tools like Visual Studio Code for coding due to its intuitive interface and support for various programming languages, alongside Git for version control, as it simplifies collaboration with team members. Additionally, I utilize project management tools like Jira to track progress and ensure strategic alignment with project goals.

Collaboration is key in my role as a Software Engineering Senior Advisor. Working closely with cross-functional teams ensures that all perspectives are considered when developing software. Regularly engaging with stakeholders allows me to align technical requirements with business goals, facilitating smoother project execution and superior outcomes.

I keep myself updated with the latest trends in software engineering by following industry blogs, attending webinars and workshops, and participating in professional networks. I also believe in hands-on learning, so I experiment with new technologies and frameworks in side projects, which helps to deepen my understanding and skill set.