• Lead architecture and technical strategy for Java-based application modernization and cloud transformation programs spanning multiple teams and workstreams. • Translate business goals into scalable Java/JVM architectures aligned with non-functional requirements, delivery constraints, and program-level outcomes. • Drive architectural consistency across teams using shared Java frameworks, libraries, standards, and design patterns. • Collaborate with data, platform, DevOps, and security architects to maintain a cohesive end-to-end cloud architecture. • Provide hands-on architectural guidance during delivery, including reviews of Java codebases, API designs, and system integrations. • Define reusable patterns and guardrails using Spring Boot, Spring Cloud, Jakarta EE, and related JVM technologies. • Apply strong engineering fundamentals—clean architecture, modular design, API-first development, testability, and observability—so solutions remain robust and maintainable. • Leverage AI-assisted development tools to accelerate design, coding, testing, documentation, and analysis at program scale. • Lead or co-lead discovery and roadmap efforts, translating requirements into integrated, testable backlogs with clear dependencies and non-functional requirements. • Use structured problem-solving to assess scope, risks, and trade-offs, clearly communicating options in terms of value, cost, and time-to-impact. • Communicate Java architecture decisions effectively to both technical and executive stakeholders. • Build trusted relationships with product, engineering, and technology leaders to shape cloud modernization strategies. • Ensure application architectures support predictable delivery, stable team velocity, and long-term maintainability. • Align multiple teams around shared contracts, APIs, and integration patterns (REST, event-driven, messaging). • Support Agile delivery at scale by ensuring architecture enables incremental delivery, strong definitions of done, and telemetry-driven improvements. • Mentor architects, senior engineers, and technical leads in Java architecture, system design, and JVM performance considerations. • Model pragmatic decision-making—knowing when to simplify and when advanced patterns or technologies are justified. • Participate in hiring, technical interviews, and development planning for future Java architects and technical leaders. • Contribute to business development by identifying opportunities to extend Java-based solutions across client organizations. • Partner with sales and account teams to define technical vision, architecture strategy, and solution options for new engagements. • Produce high-level designs, estimates, and architecture artifacts that clearly document assumptions, dependencies, and risks. • Build reusable assets such as Java reference architectures, starter repositories, accelerators, and templates. • Champion adoption of modern Java frameworks, cloud-native patterns, containerization, automation, and AI-assisted tooling. • Actively contribute to enablement initiatives and knowledge sharing across delivery teams.

• Create, develop, and enhance 3D game simulations and environments utilizing Panda3D for AI training purposes. • Work closely with cross-functional teams to convert requirements into effective technical implementations. • Develop, maintain, and troubleshoot Python and C++ codebases integrated with the Panda3D engine. • Participate in version control processes using GitHub to facilitate seamless team collaboration. • Guarantee cross-platform compatibility and optimal performance across various hardware setups. • Clearly document architectural choices, code, and workflows to support team development efforts. • Engage actively in code reviews, brainstorming, and team discussions, demonstrating strong verbal and written communication skills.

• maintain and enhance the existing Ruby on Rails monolith • integrate new features written in Kotlin or Ruby into the existing ecosystem • collaborate with the Voyager team to tackle production challenges • ensure seamless operation of the critical components of the platform

• Design, develop, and maintain backend services using Python, Django, and Django REST Framework. • Work with PostgreSQL databases, including schema design, indexing, query optimization, and performance tuning. • Support logging, monitoring, and troubleshooting using the ELK stack. • Build and maintain containerized environments using Docker. • Apply secure development practices, including encryption and authentication methods. • Work with Redis for caching, performance improvement, and backend support. • Collaborate on cloud-based solutions using AWS services as needed. • Support asynchronous task processing with Celery when applicable. • Contribute to real-time application features using WebSockets when required.