Engineers - job 19 of 28

Engineers at American Express Travel Related Services Company, Inc. are tasked with developing and designing software applications that meet user needs. They assess and validate application performance, integrate component systems, and create process flow diagrams. Additionally, they are involved in testing the resilience of software and automation tools, incorporating user story analysis, and employing visualization techniques to enhance system concepts.

To qualify for the Engineer position at American Express, candidates must hold a Master’s degree in Computer Science, Engineering, Information Systems, Information Technology Management, or a closely related STEM field. Also, a minimum of two years of experience in software design, development, testing, and implementation is required, including at least one year with relevant technologies such as Java, JavaScript, Agile methodologies, and REST.

Applicants for the Engineer role at American Express should be well-acquainted with technologies including Java, JavaScript, REST, Web Services, and object-oriented programming. Familiarity with software frameworks such as Spring, alongside frontend languages like HTML5, CSS, and JQuery, is also essential.

Yes, American Express offers telecommuting options for the Engineer position, allowing team members to work remotely up to two days a week. This flexibility supports a healthy work-life balance while continuing to deliver innovative solutions.

Engineers at American Express can expect a robust benefits package that includes competitive base salaries, bonus incentives, retirement savings with a 6% company match, comprehensive health insurance, 20+ weeks of paid parental leave, and access to wellness centers. Furthermore, the company prioritizes mental health support through counseling programs and offers career development opportunities.

When answering this question, discuss specific Agile projects you’ve worked on, highlighting your role in each phase of the process. Include how Agile principles like collaboration and flexibility contributed to project success and how you adapted to changing requirements.

Discuss your methodologies for testing, such as unit testing, integration testing, and performance testing. Highlight specific tools or frameworks you have used, and explain how you ensure that the software can withstand potential failures or unexpected loads.

Share examples where you gathered user feedback through surveys or usability tests, and describe how you integrated that feedback into software revisions. Focus on the positive outcomes of these adjustments to demonstrate the impact on user experience.

Detail any visualization tools or methodologies you've used, such as UML diagrams or wireframes, and explain their role in improving understanding of complex systems. Describe how these techniques helped streamline communication within your team or with stakeholders.

Choose a specific coding challenge and describe the problem clearly, followed by your thought process in tackling it. Emphasize your problem-solving skills and any strategies you employed, showcasing how you successfully resolved the issue.

Explain your process for gathering user requirements and how you involve users in the design phase. Discuss specific tools or methods used for user story analysis and how you incorporate user feedback throughout the development cycle.

Discuss any object-oriented programming languages you have worked with, such as Java. Highlight your understanding of OOP principles such as inheritance, encapsulation, and polymorphism by providing examples of how you’ve applied them in previous projects.

Provide details about tools and techniques you use to stay organized, such as task management software. Discuss how you assess priorities based on project deadlines or team needs, and share an example demonstrating your ability to meet multiple deadlines.

Discuss both technical skills, such as proficiency in Java and Agile methodologies, and soft skills like teamwork and communication. Emphasize the importance of adaptability in a rapidly changing tech landscape and how these skills contribute to effective engineering solutions.

Share specific resources you rely on for continuing education, such as online courses, industry publications, or tech conferences. Discuss how you apply new knowledge in your work and adapt to technological advancements.