Senior Manager 2, Enterprise Architect - Product Engineering Leadership

Role Overview: As an Enterprise Architect, you will play a crucial role in shaping and executing our enterprise-level technology strategy. You will take a hands-on approach to multiple high-visibility projects, ensuring that our product landscape and solutions are both innovative and effective. Your vision and leadership will drive the development and implementation of a modern technology roadmap, simplifying and streamlining our technology landscape to deliver significant value for Deloitte's business investments. Your responsibilities will include leveraging your extensive engineering expertise and proficiency in applications and data integration across multiple programming languages, tools, platforms, and modern frameworks. You will consistently demonstrate your exemplary track record in delivering high-quality, outcome-focused solutions that yield value to our business. The ideal candidate will serve as a role model and engineering mentor, collaborating with cross-functional teams to design, develop, and deploy advanced solutions. Your ability to lead, mentor, and inspire others will be pivotal in fostering a culture of excellence and continuous improvement within the organization.

Key Responsibilities:

Strategic Vision and Alignment: Accountable to craft and articulate a vision for modern enterprise systems and their integration with hundreds of other related upstream and downstream systems in alignment with the Business Strategy and US Deloitte Technology strategy, mapping business capabilities to the enterprise technology landscape. Collaborate with diverse stakeholders and executives, including businesses and enabling areas as well as product, engineering, experience, delivery, security, and infrastructure teams across various organizational levels.

Advocacy and Technology Roadmap: Advocate for, develop, and communicate product engineering group’s integrated architecture/technology strategy and implementation approach to the product engineering teams and business stakeholders. Ensure the organization is well-informed about objectives, KPIs, technology roadmaps, and progress. Always have an eye on reuse and leverage of the existing technology assets to minimize overall costs and avoid integration complexities. Actively simplify and remove unnecessary systems, integrations, and bottlenecks.

Craft Mastery and Objectives Realization: Define, measure, and drive the achievement of KPIs and NFRs related to system integration architecture and engineering, including aspects such as system performance, reliability, security, auditability, scalability, interoperability, maintainability, etc. Establish and evolve landscape and integration architecture and the engineering domain reference architecture, standards, and best practices. Actively be hands-on with design, architecture, and integrate and code part of the time, contributing to team velocity, and be actively engaged with product architects and engineers across SSDLC. Review standards and code, drive tech debt reduction, and experiment with new technologies, driving their adoption together with engineers, inspiring them to stay current with the technology industry evolution.

Capability Evolution and Development: Being an engineering expert, mentor and develop architects and engineers. Coach and develop skills in modern architecture and engineering practices, related to integration tools and practices, microservices, cloud-native design, containers, AI/ML/GenAI, DevSecOps, and deployment techniques like, Blue-Green, Canary to minimize down-time, enabling A/B testing approaches. Showcase learning and mastery by showcasing experiments internally, speaking at conferences, writing whitepapers or blogs, and leading R&D collaborations with academia and communities.

Iterative Value Delivery: Embrace an iterative and incremental approach to implementing new solutions, integration architecture, and the engineering domain as a whole. Apply a leaning-forward approach to navigate complexity and uncertainty. Ensure alignment with customer and business goals through iterative steps and empirical evidence, adjusting integration architecture direction to meet customer needs and business viability.

Customer-Centric Problem Solving: Demonstrate a relentless focus on addressing the most c