Sr. Software Engineer - MVS and COBOL - job 16 of 21

As a Sr. Software Engineer at Visa on the MVS Offline Development team, your primary responsibilities will include managing the end-to-end lifecycle of existing applications, serving as a development point of contact for complex software issues, and interacting with stakeholders to define requirements. You'll also be tasked with designing and developing offline and data-based applications while ensuring the integrity of Debit Processing Settlement applications.

To apply for the Sr. Software Engineer role at Visa, you should have a strong background in MVS, COBOL, JCL, and PROCs programming. Proven experience in large-scale mainframe projects, alongside skills in problem analysis and resolution, will set you apart. Additionally, a team-oriented mindset, excellent communication abilities, and the capability to work cross-organizationally are essential.

The Sr. Software Engineer position at Visa is a hybrid role. This means that employees can alternate between remote work and the office, with expectations to be in the office 2-3 days a week based on business needs. This flexibility allows you to balance your work and personal life efficiently while remaining engaged with your team.

The team culture for Sr. Software Engineers at Visa promotes high performance, integrity, and teamwork. You will be encouraged to cultivate and support an organizational culture that values collaboration while contributing to exciting, innovative projects. The focus is on maintaining high morale and creating an environment where everyone feels valued and motivated.

As a Sr. Software Engineer at Visa, you'll have plenty of opportunities for professional development. By interacting with various teams and taking on complex challenges, you can expect to refine your skills in problem-solving and technical leadership. The role also includes identifying opportunities for enhancements and refining best practices, providing a pathway for long-term career growth within the organization.

In answering this question, share specific examples of projects where you've utilized MVS and COBOL. Highlight any challenges faced and how you overcame them, focusing on your contributions and the impact of your work.

Discuss the phases of application management, emphasizing your approach to collaboration with stakeholders, analysis of user requirements, and experience with troubleshooting and refining applications through consistent support.

When faced with complex technical problems, I assess the situation by breaking it down into manageable parts. I prioritize collaboration with team members for varying perspectives and brainstorm possible solutions before implementing an effective strategy.

Choose a specific project and outline your role in the development process, from requirement gathering to final delivery. Be sure to mention any collaboration with other teams and the successful outcomes of the project.

I employ rigorous testing methods and adhere to best practices throughout the development cycle. Continuing to collaborate with QA teams for thorough testing is crucial, along with peer reviews to ensure that all performance metrics meet stakeholder expectations.

I make it a priority to engage with professional development opportunities, such as conferences, webinars, and online courses. Additionally, I regularly follow industry news and participate in forums to stay informed about emerging technologies that could enhance our work.

My approach involves active listening and understanding the needs of stakeholders, followed by clear, open communication. By building rapport and keeping stakeholders informed throughout development processes, we can collectively ensure project success.

In my previous roles, I have successfully deployed software in hybrid environments by applying best practices and coordinating with IT operations to manage both cloud and on-premises resources efficiently.

I promote teamwork by encouraging open communication, regularly incorporating team-building activities, and fostering a culture of recognition to celebrate team successes and encourage collaboration on challenging tasks.

I evaluate designs by considering practical application, performance impact, and the overall supportability within technical architecture. Peer reviews and design discussions are integral in this assessment process.