Engineers - job 12 of 28

Engineers at American Express are responsible for developing and designing software applications, translating user needs into effective systems architecture, and assessing the performance of applications. They also provide process flow diagrams, test software resilience, and incorporate user stories to optimize solutions, making it a crucial role in enhancing customer experiences.

To apply for the Engineer position at American Express, candidates need a Master’s degree in Computer Science, Engineering, Information Systems, or a related field. Additionally, two years of experience in software design, development, testing, and implementation is required, including familiarity with Agile methodologies and key technologies like Java, JavaScript, and REST.

Yes! American Express offers the flexibility of telecommuting up to two days a week for Engineers, allowing for a better work-life balance while still being a vital part of the team.

The salary range for Engineers at American Express is between $105,976.00 - $150,000.00 annually. This competitive compensation package reflects the high value we place on our talented engineering team.

Engineers at American Express enjoy a robust benefits package that includes competitive salaries, bonus incentives, comprehensive medical and dental plans, paid parental leave, a 6% company match on retirement savings plans, free financial coaching, wellness center access, and career development opportunities.

When addressing user needs for systems architecture, it's essential to conduct thorough user research and gather feedback. I prioritize understanding the core requirements and then create visual models to ensure alignment across the team, facilitating efficient communication and problem-solving.

In my previous roles, I've actively engaged in Agile practices by participating in daily stand-ups, sprint planning, and retrospectives. I find that Agile fosters collaboration and adaptability, which is crucial for responding to changing requirements in software development.

I am proficient in several programming languages and frameworks, including Java, JavaScript, HTML5, and CSS, as well as tools like Oracle and Android development. My experience also spans working with RESTful services and various project management tools for streamlined development processes.

In a previous project, I encountered a significant bottleneck in application performance. I systematically analyzed the codebase, identified inefficient queries, and optimized them, resulting in a 40% increase in speed. This experience taught me the importance of continuous improvement and applying user feedback.

To ensure the resilience of software applications, I incorporate rigorous testing practices, including unit testing and load testing. I also employ continuous integration tools to automate these processes, guaranteeing high reliability and performance under various conditions.

I utilize collaborative techniques such as story mapping and prototyping to dissect user stories effectively. Engaging stakeholders early and often helps clarify requirements and refine user stories, ultimately leading to better software solutions.

I stay updated by regularly attending industry conferences, partaking in online courses, and following tech blogs and forums. This commitment to continuous learning enables me to remain at the forefront of technological advancements.

Visualization plays a critical role in my work as it allows me to translate complex concepts into easily understood diagrams and models. This aids both in internal communication and in presenting ideas to clients, ensuring everyone is on the same page.

Effective collaboration in a diverse engineering team starts with fostering an inclusive environment where everyone's ideas are valued. I encourage open communication and make use of project management tools that support collaboration, ensuring that we all work towards a common goal efficiently.

When reengineering existing systems, I first conduct a comprehensive assessment to identify areas for improvement. I then apply best practices and modern design principles, ensuring that the new system is efficient, scalable, and maintainable.