Sr. SW Engineer (3 - 5 years of exp in Python, AI & Agentic Automation)

VISA; Bengaluru; On-site; INR 1,500,000 - 2,500,000; Full time

Job summary

Visa is seeking a Corporate Reliability Engineer to advance an engineering-first model focused on reliability, automation, quality, security, and proactive operations. This hands-on role will collaborate with Core Infrastructure, Oracle Database, Network, Security, and adjacent teams to design, build, test, deploy, and support secure AI and automation solutions across enterprise environments.

The engineer will convert recurring operational issues into maintainable, auditable, production-ready

Qualifications

• Experience with reliability engineering, automation and AI/ML concepts.
• Strong collaboration skills across cross-functional teams.

Responsibilities

• Design and deliver AI/ML applications, LLM-enabled solutions, RAG, agentic workflows, automation frameworks, APIs, integrations, and reusable engineering components.
• Automate workflows across Windows, Linux/Unix, Oracle Database/EBS, and Network operations through scripting, orchestration, event-driven patterns, and secure API integrations.
• Collaborate with infrastructure, cybersecurity, data, architecture, operations, and product teams and communicate technical decisions, risks, controls, and outcomes clearly.

Job description

About Us

Visa is a world leader in payments technology, facilitating transactions between consumers, merchants, financial institutions and government entities across more than 200 countries and territories, dedicated to uplifting everyone, everywhere by being the best way to pay and be paid.

At Visa, you'll have the opportunity to create impact at scale - tackling meaningful challenges, growing your skills and seeing your contributions impact lives around the world.

Join Visa and do work that matters - to you, to your community, and to the world. Progress starts with you.

Job Description

Overview:

Corporate Reliability Engineering is advancing an engineering-first model focused on reliability, automation, quality, security, and proactive operations. This hands-on I5 role will work directly with Core Infrastructure, Oracle Database, Network, Security, and adjacent engineering and operations teams to design, build, test, deploy, and support secure AI, agentic automation, API, and reliability solutions across enterprise Windows, Linux/Unix, Oracle Database and Oracle E-Business Suite (EBS), and Network environments.

The engineer will convert recurring operational issues into maintainable, auditable, and production-ready solutions that reduce manual effort, accelerate diagnosis and resolution, strengthen service resilience, and deliver measurable operational outcomes.

Key Responsibilities:

• Design and deliver AI/ML applications, LLM-enabled solutions, RAG, agentic workflows, automation frameworks, APIs, integrations, and reusable engineering components.
• Build intelligent capabilities for incident triage, knowledge retrieval, service-health analysis, root-cause investigation, remediation recommendations, and approved automated execution.
• Automate workflows across Windows, Linux/Unix, Oracle Database/EBS, and Network operations through scripting, orchestration, event-driven patterns, and secure API integrations.
• Integrate with approved enterprise ticketing, monitoring, CMDB, knowledge, database, collaboration, source-control, and deployment platforms
• Engineer for reliability through testing, exception handling, rollback, observability, telemetry, runbooks, support models, operational handoff, and measurable service outcomes.
• Collaborate with infrastructure, cybersecurity, data, architecture, operations, and product teams and communicate technical decisions, risks, controls, and outcomes clearly

Cross-Functional Collaboration & Professional Attributes:

Work as an embedded engineering partner with Core Infrastructure, Oracle Database, Network, Security, and Reliability Engineering teams to understand operational needs and deliver practical, supportable solutions.

Build trusted relationships with subject matter experts, product owners, operations teams, and global stakeholders; actively listen, incorporate feedback, and align teams around shared outcomes.

Demonstrate a team-first mindset by sharing knowledge, documenting solutions, mentoring peers, supporting collective problem-solving, and contributing to a respectful and inclusive engineering culture.

Combine strong technical depth with professionalism, humility, adaptability, accountability, and sound judgment when leading discussions or responding to operational challenges.

Communicate technical concepts, risks, design choices, and business impacts clearly to technical and non-technical audiences.

Operate effectively in a global, cross-functional environment and balance speed, reliability, security, governance, teamwork, and customer impact.

Visa Governance, Security & Responsible AI Expectations:

Follow Visa policies, Key Controls, Technical and Design Security Requirements, approved architecture standards, and the Secure Software Development Life Cycle (SSDLC) throughout design, development, testing, deployment, and support.

Apply secure coding and participate in code review, security assessment, dependency and open-source review, vulnerability remediation, security testing, and required release approvals before production promotion.

Protect Visa information according to its classification and approved handling requirements. Use approved platforms and data sources, enforce least-privilege access, protect credentials and secrets, and prevent unauthorized disclosure, modification, retention, or transmission.

Implement traceability through authenticated access, change records, version control, event logging, monitoring, evidence retention, documented ownership, and support procedures.

Apply Visa AI governance requirements across the lifecycle, including defined ownership, risk assessment, data-use review, validation, ongoing monitoring, documented limitations, escalation paths, and controlled retirement or material change.

Design human oversight and approval gates appropriate to risk. Automated actions must remain within approved permissions and guardrails, with safe failure handling, rollback, and manual intervention paths.

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