Résumé

ANZ Banking Group

Melbourne, Australia • Leading the Enablement Engineering function for ANZ Digital Channels.

• ▸Responsible for the engineering platforms and shared tooling that sit underneath banking, lending, and cross-product services, with a strong focus on reliability, observability, and developer experience.
• ▸Built internal development and testing infrastructure, performance engineering, and system-validation capabilities that plug into CI/CD as confidence signals rather than gates.
• ▸Piloting agentic AI and LLM-assisted automation in everyday engineering workflows — test-case generation, scenario modelling, and natural-language interfaces over our tooling — paired with evaluation and human-in-the-loop checks so teams move faster without cutting corners.
• ▸Designed and rolled out a custom Golang-based distributed performance engineering framework integrated with Cloud Run, Spanner, and OpenTelemetry, giving teams visibility into how systems behave under load — not just whether tests pass or fail.
• ▸Led the development of shared test data and service simulation capabilities, including Golang-based CLI tools and Kafka/event-driven system simulation, which significantly reduced setup time and improved end-to-end coverage.
• ▸Focus on how engineering systems shape team behaviour, quality, and delivery outcomes — beyond the individual tools used to build them.

ANZ Banking Group

Melbourne, Australia

• ▸Led the engineering chapter responsible for quality and testing strategy across core banking domains — payments, accounts, transactions, cards, and statements — all built in Golang in a cloud-native environment.
• ▸Shifted ownership of quality back to teams, moving away from “testing as a phase” toward testing as part of engineering.
• ▸Partnered with teams to remove release bottlenecks and surface failures earlier in the pipeline.
• ▸Embedded automation-first practices and performance and reliability tooling to surface system behaviour earlier in delivery, rather than only in production.
• ▸Integrated OpenTelemetry into our gRPC testing frameworks, giving us much better insight into failures and reducing time spent guessing where things broke.
• ▸Modernised our service virtualisation capabilities, migrating legacy tooling to TypeScript on Cloud Run and extending it to support Kafka and event-driven workflows.

ANZ Banking Group

Melbourne, Australia

• ▸Built service virtualisation solutions using serverless architectures to unblock teams and reduce dependency on unstable environments.
• ▸Worked with GCP, Kubernetes, Pub/Sub, Cloud Run, and Kafka-based event-driven systems supporting core banking services.
• ▸Managed quality for payment, account, transaction, and card services built in Golang within a cloud-native environment.
• ▸Worked extensively with event-driven systems, including Kafka and Apache Beam, and built tooling to test those systems reliably.
• ▸Built a testing framework for eventing architecture using confluent-kafka-go and Google Cloud Functions.
• ▸Built live Dynatrace dashboards and Slack notifications to make system signals actionable, and Golang CLI utilities to support command-line testing.
• ▸Helped teams shift testing left across unit, system, security, and performance testing; developed k6 REST and ghz gRPC performance frameworks to expose real system limits.
• ▸Collaborated with SRE teams on monitoring and SLI/SLO definition, achieving 99.95% service availability.

Sportsbet

Melbourne, Australia • Mobile automation and AWS serverless testing

• ▸Architected a mobile test automation framework for iOS and Android using Appium, reducing manual testing by 70%.
• ▸Implemented AWS serverless testing infrastructure with Lambda and DynamoDB for load testing the sports betting platform.
• ▸Developed a BDD framework with Cucumber achieving 85% automated coverage for critical user journeys.
• ▸Led migration from Protractor to WebDriver for web automation, improving test stability by 45%.
• ▸Built reusable mobile, API, and web automation frameworks, including API authentication handling, integrated with Jenkins, Artifactory, AWS services, cloud and on-prem device farms.
• ▸Contributed across Java, C#, JavaScript, and .NET Core; supported Node-based frameworks, enterprise NPM modules, and service mocks that unblocked frontend teams.
• ▸Introduced logging, dashboards, and alerts into test systems, and used Lambda, API Gateway, S3, and containerised workloads to support scalable execution.

National Australia Bank (NAB)

Melbourne, Australia • Azure cloud migration and test automation

• ▸Designed and implemented a BDD test automation framework using Cucumber and Java for the internet banking platform.
• ▸Led Azure cloud migration testing for 15+ microservices, ensuring zero-downtime deployment.
• ▸Established a CI/CD pipeline with Jenkins achieving 90% automated regression coverage.
• ▸Mentored a team of 5 junior testers on automation best practices and cloud testing strategies.
• ▸Built Protractor automation for Angular digital-banking applications and API automation for REST and SOAP services using Java, REST Assured, Gradle, and Artifactory.
• ▸Planned, reviewed, and executed test scenarios in Jira Zephyr, translating business scenarios into acceptance criteria.
• ▸Worked with Selenium, Cucumber, Node.js Stubby, Oracle SQL, Salesforce database testing, Sauce Labs, BrowserStack, Maven, and Jenkins-based distributed builds.

Infosys Limited

Bangalore, India • Selenium automation and API testing

• ▸Developed a Selenium WebDriver automation framework for an e-commerce platform with 200+ test cases.
• ▸Implemented a REST API testing framework using REST Assured and TestNG for microservices validation.
• ▸Executed comprehensive functional, regression, and integration testing for banking applications.
• ▸Reduced test execution time by 60% through parallel execution and test optimization strategies.
• ▸Built behaviour-driven Selenium and Cucumber automation for web and desktop applications, including SAS fraud-detection workflows.
• ▸Developed SQL and database-validation skills across Oracle and Teradata-backed systems, alongside API testing, test-case design, and defect analysis.