Senior Java Engineer - ETF Solutions Platform (ESP), VP

About this role About This Role: At BlackRock, technology is fundamental to how we serve clients and operate at scale. The ETF Solutions Platform (ESP) powers critical capabilities across ETF servicing, basket management, order processing, settlement, capital flows, and operational workflows supporting one of the world's largest ETF businesses. We are seeking a Vice President, Software Engineer to serve as a senior technical leader for ESP. This role is designed for an exceptional engineer who combines deep technical expertise, strong delivery capabilities, architectural judgment, and modern AI-enabled engineering practices to solve complex business and technology challenges. The ideal candidate is a highly hands-on builder with a track record of designing, developing, and delivering large-scale distributed systems. They thrive in ambiguous environments, rapidly learn complex business domains, and consistently transform ideas into production-ready solutions. Experience with ETFs, capital markets, or financial systems is highly desirable but not required. This is a senior individual contributor role for an engineer who leads through expertise, execution, innovation, and influence rather than organizational authority. Key Responsibilities: Technical Strategy & Architecture Define and drive the technical vision and long-term architecture of the ETF Solutions Platform. Design scalable, resilient, and extensible platform capabilities supporting complex business and operational workflows. Shape platform architecture across services, APIs, distributed systems, workflows, and cloud-native infrastructure. Establish engineering standards, architectural patterns, and best practices that improve reliability, maintainability, security, observability, and operational excellence. Simplify complex business problems through thoughtful system design and reusable platform capabilities. Evaluate emerging technologies and identify opportunities to improve platform capabilities, engineering effectiveness, and business outcomes. Drive the evolution of ESP as a modern platform capable of supporting future growth, increasing complexity, and new strategic opportunities. Hands-On Engineering & Delivery Personally lead the design, implementation, and delivery of high-impact platform capabilities. Contribute directly to architecture, software development, code reviews, debugging, prototyping, performance optimization, and production support. Own the successful execution of complex initiatives spanning multiple systems and technology domains. Translate ambiguous business requirements into practical, scalable, production-ready solutions. Solve the most technically challenging and business-critical platform problems. Drive engineering excellence through technical leadership, strong execution, and measurable outcomes. Remain actively engaged in software development and production operations of strategic initiatives. Lead complex engineering efforts through direct technical contribution rather than delegation alone. Platform Innovation Partner closely with product, operations, and business stakeholders to identify opportunities for modernization, automation, and platform simplification. Translate complex operational and business needs into scalable technology solutions. Improve platform efficiency, resiliency, and reusability through thoughtful engineering and architecture. Drive initiatives that reduce operational risk, improve scalability, and enhance user experience. Contribute to the long-term evolution of ESP as a strategic platform supporting critical business capabilities. AI-Native Engineering Champion AI-enabled software engineering practices across architecture, development, testing, operations, and support. Demonstrate expert-level proficiency with AI-powered development tools, engineering copilots, autonomous agents, workflow automation platforms, and emerging AI technologies. Use AI to accelerate solution development, improve software quality, increase productivity, and enhance operational efficiency. Rapidly prototype and validate new ideas using AI-assisted development techniques. Identify opportunities where AI can transform engineering workflows, operational processes, and business capabilities. Establish practical standards and guardrails for responsible AI adoption. Serve as a role model for AI-first engineering and modern software development practices. Technical Leadership & Influence Lead through technical expertise, credibility, and consistent delivery. Influence platform direction across multiple teams and stakeholder groups. Drive alignment on architecture, engineering standards, and technology investments. Represent ESP in architecture reviews, design discussions, and technology forums. Serve as a trusted advisor for complex technical and business decisions. Mentor engineers through technical guidance, problem-solving, and engineering best practices. Required Qualifications: Engineering Excellence Bachelor's or Master's degree in Computer Science, Engineering, or a related discipline. 12+ years of software engineering experience building and operating large-scale distributed systems and platforms. Proven success delivering complex technology initiatives from concept through production. Deep expertise in distributed systems, APIs, cloud-native platforms, event-driven architectures, microservices, and modern software engineering practices. Strong hands-on programming experience in Java, Python, or similar technologies. Experience designing and operating mission-critical production systems with demanding reliability, scalability, and performance requirements. Strong architectural judgment and the ability to balance long-term strategy with pragmatic execution. Demonstrated ability to independently drive major initiatives and deliver measurable business outcomes. AI-Driven Engineering Demonstrated experience applying AI to accele