Lead Software Engineer

Visa’s Technology Organization

is a community of problem solvers and innovators reshaping the future of commerce. We operate the world’s most sophisticated processing networks capable of handling more than 65k secure transactions a second across 80M merchants, 15k Financial Institutions, and billions of everyday people. While working with us you’ll get to work on complex distributed systems and solve massive scale problems centered on new payment flows, business and data solutions, cyber security, and B2C platforms.

As a Lead Software Engineer leading the Settlement & Offline Processing division in the Acceptance Solutions organization, you will be the driving force behind technological innovation and project execution. You'll spearhead the release strategy, ensuring that every delivery aligns seamlessly with our business strategy, focusing particularly on innovative payment acceptance and integrated commerce management. Setting the gold standard for engineering excellence, your role will be pivotal in architecting, designing, and launching the next generation of enterprise Fin Tech innovation.

Your technical expertise will be the guiding light, illuminating the path to groundbreaking advancements in our field.

Collaborates with Solution or Enterprise Architects to translate architecture into a delivered solution that realizes the vision and purpose.

Effectively translates functional and non‑functional requirements into an engineered solution.

Provides the technical guidance the project needs to meet the wider goals of the org strategy.

To be successful in the role, you will be required to have deep knowledge of computer science fundamentals, micro‑services, monolithic applications and its related technologies, multi‑tiered architecture and specific experience in designing complex solutions for processing 5000+ TPS with 99.999% availability and highly resilient systems.

Leads and supports both product and technical discussions about how to apply existing and/or new technology in support of the business.

Leverage AI/ML technologies in bringing productivity across the SDLC phases and develop innovative business solutions and products.

In addition to the technical skill set and passion for learning new technologies, the candidate will be a self‑starter, results‑driven, and equipped with excellent verbal and written communication skills to interface with leadership within Visa , external teams & stakeholders.

Coach/Mentor others through informal sessions such as brown bags and tech talks.

Understands how a project fits into the overall technology roadmap and communicate to the team to help establish buy‑in and ownership.

Takes ownership and/or leads the engineering responsibility for multiple components in a project.

Provides consultative work throughout the project lifecycle to ensure vision and goal of project is realized through delivery.

Is able to coordinate engineering activities across the delivery of the project.

Works with engineers to ensure they are delivering quality and efficiently against project requirements

Successful candidate will have a flair for out‑of‑box thinking and be passionate about mentoring and coaching junior software engineers. Candidate should also have passion for engineering excellence, reducing TCO and improving TTM.

We do not expect that any single candidate would fulfill all of these characteristics. For instance, we have exciting team members who are really focused on building scalable systems but didn’t work with payments technology or web applications before joining Visa.

This is a hybrid position. Expectation of days in office will be confirmed by your hiring manager.

• Relevant work experience with a Bachelor’s Degree, Advanced degree (e.g. Masters, MBA, JD, MD) or a PhD

• A wealth of hands‑on experience and deep knowledge/expertise in software product development of following technologies/frameworks:
  Java/J2EE, Spring, Hibernate, RDBMS, No
  
  SQL DB, Kafka, VertX, TC Server, Containers based Backend REST APIs Applications.
• Experience in designing/architectural horizontally scalable, multi‑tenant…