Software Engineer, New College Grad - 2025 - job 19 of 42

As a Software Engineer, New College Grad at Visa, your responsibilities will include writing secure and scalable code while following best practices like unit testing and peer reviews. You will also participate in developing end-to-end technology solutions and collaborate with cross-functional teams in an Agile environment, providing innovative solutions that align with the company’s product and technology roadmaps.

To qualify for the Software Engineer, New College Grad position at Visa, candidates typically need a bachelor’s degree in computer science or a related field. Strong programming skills in languages such as Java, C++, or Python are essential, along with a basic understanding of software development methodologies and the ability to work collaboratively in an Agile environment.

The work environment at Visa for Software Engineers is highly collaborative and fast-paced. You'll be working within Agile teams, which fosters open communication and encourages creative problem-solving. The atmosphere is supportive, and new grads can expect mentorship and opportunities for professional growth as they contribute to important projects.

Yes! When you apply for the Software Engineer, New College Grad role at Visa, your application will be automatically considered across multiple locations. Visa values diverse talents and will assess your fit for various teams based on your skills and interests.

As a Software Engineer, New College Grad at Visa, you can expect to work with a range of modern development tools and technologies, including popular programming languages like Java, C++, and Python. You may also engage with cloud services, databases, and various software frameworks, depending on your specific assignments and project needs.

When answering this question, focus on the specific challenges you faced, your thought process in overcoming them, and the technologies you used. For example, discuss any difficult algorithms you implemented or debugging processes that were complex, illustrating your problem-solving skills and technical depth.

Highlight the practices you follow, such as writing clean, maintainable code, conducting thorough unit tests, and engaging in peer reviews. Mention your awareness of common security vulnerabilities and the methods you use to protect against them, demonstrating your commitment to high-quality software development.

Share specific examples of how you've collaborated in Agile teams, whether through sprint planning, stand-ups, or retrospectives. Discuss how Agile frameworks helped to improve project outcomes and foster teamwork, showcasing your adaptability and collaborative spirit.

Discuss the resources you utilize, such as online courses, tech blogs, podcasts, or participating in coding communities. Emphasize your proactive approach to learning and how you apply new knowledge to your projects, reflecting your enthusiasm for the tech field.

Use the STAR (Situation, Task, Action, Result) method to outline how you handled the situation. Focus on communication strategies you employed and how you managed to maintain a productive working relationship for the benefit of the project.

Clearly state your top languages and support your answer with examples of projects you've completed using those skills. Discuss why you chose those languages—be it community support, personal interest, or their performance in specific tasks—providing a well-rounded view of your expertise.

Explain your systematic approach to debugging, such as isolating the problem, using debugging tools, and consulting documentation or resources when necessary. Include specific examples that highlight your analytical thinking and problem-solving abilities.

Share what drives your passion for software engineering—be it solving problems, coding challenges, or creating innovative applications. This insight into your motivations can help interviewers understand your dedication and enthusiasm for the field.

Choose a technical concept you’re comfortable with and illustrate it in simple terms. This test of your communication skills demonstrates your ability to bridge gaps between technical and non-technical stakeholders, a valuable asset in collaborative environments.

Discuss contemporary challenges like rapid technological changes, security concerns, or the demand for scalable and efficient applications. Reflect on how these challenges excite you to innovate and improve, showcasing your insights into the profession.