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Lead Software Engineer - (12-16 years - Java, Cloud, Shared Services, Infra, Security, Platform Engineering) at Visa
VisaBengaluru, INDIA, in·6h ago
DirectorFull-timeJavaKubernetesDockerAIAPI
Salary Range
$40,800 - $55,200 /year
This salary is estimated based on similar roles. The actual salary may vary.
About the Role
We are seeking a highly experienced Lead Software Engineer to join Visa’s Shared Services and Cloud Product Development organization. This role involves designing and delivering Java/J2EE-based shared services that power multiple Visa products and platforms.
Key Responsibilities
- →Design, build, and evolve core shared services that support Visa’s product development ecosystem.
- →Lead the development of scalable, secure, and reusable Java/J2EE-based services for multiple product teams.
- →Act as a lead generalist, contributing across application architecture, infrastructure, security, and scalability.
- →Collaborate cross-functionally to create architecture and design artifacts and deliver best-in-class software solutions.
- →Drive continuous improvements in product quality, platform reliability, and operational excellence.
- →Develop robust, highly available systems serving diverse use cases.
- →Leverage modern technologies to build the next generation of Payment Services and Transaction Platforms.
- →Contribute to team and organizational growth through mentorship and technical leadership.
Requirements
- ✓Provide deep technical leadership within Shared Services and Cloud Product Development.
- ✓Lead discovery and design sessions with product partners to translate business requirements into scalable architectures.
- ✓Define and formalize best practices for Java/J2EE development, API design, security, and service scalability.
- ✓Lead planning, piloting, and integration of new platform capabilities.
- ✓Design and implement cloud-native, containerized services using Docker and Kubernetes.
- ✓Partner with Security teams to implement secure API gateways and compliance-driven architectures.
- ✓Analyze systemic patterns across defects, incidents, and performance metrics to drive platform improvements.
