We are seeking an experienced solution architect to design and deliver scalable, cloud-based data and analytics platforms for enterprise customers. In this role, you will leverage deep expertise in Databricks, modern data engineering, and Lakehouse architecture to transform complex business requirements into robust technical solutions. You will collaborate directly with senior customer stakeholders, lead architecture workshops and proof-of-concept initiatives, and guide engineering teams throughout implementation. Combining hands-on technical expertise with strategic consulting, you will help organizations modernize their data ecosystems while improving performance, scalability, and cost efficiency. You will work across leading cloud platforms and emerging data technologies in a collaborative, customer-focused environment. This is an opportunity to influence enterprise data strategies, solve complex architectural challenges, and drive measurable business value through innovative data solutions.
Data Architecture & Solution Design: Design end-to-end data, analytics, and Lakehouse solutions using Databricks. Translate business objectives and technical requirements into scalable architectures that support enterprise data processing, analytics, and reporting needs.
Data Engineering & Pipeline Development: Develop, review, and optimize robust ETL/ELT pipelines and enterprise data platforms using Databricks, Apache Spark, PySpark, Python, and SQL. Establish best practices for data transformation, modeling, warehousing, and distributed data processing.
Databricks Platform Engineering: Design and implement solutions using Delta Lake, Unity Catalog, Databricks SQL, and Databricks Workflows. Ensure data platforms are secure, reliable, maintainable, and aligned with enterprise architecture standards.
Cloud Data Solutions: Architect scalable data environments across Microsoft Azure, Amazon Web Services (AWS), and Google Cloud Platform (GCP). Support cloud data platform modernization, migration, and transformation initiatives while optimizing infrastructure utilization and operational efficiency.
Customer Engagement & Technical Consulting: Lead technical discovery sessions, architecture workshops, and solution discussions with enterprise customers. Engage with architects, CTOs, CDOs, engineering managers, and other senior stakeholders to understand requirements, present recommendations, and communicate architectural decisions, risks, and trade-offs.
Architecture Documentation & Governance: Prepare high-level designs (HLDs), low-level designs (LLDs), architecture diagrams, technical proposals, and implementation documentation. Establish architectural guidelines and review solution designs to ensure consistency, scalability, and long-term maintainability.
Proofs of Concept & Technical Demonstrations: Lead proofs of concept (POCs), technical demonstrations, architecture assessments, and solution validation activities. Evaluate alternative approaches, validate technical feasibility, and demonstrate how proposed solutions address customer requirements.
Performance Optimization & Troubleshooting: Diagnose and resolve complex issues affecting Databricks and Spark workloads. Optimize data processing performance, resource utilization, reliability, scalability, and cloud costs while identifying opportunities for continuous improvement.
Technical Leadership & Mentorship: Provide architectural direction, technical guidance, and mentorship to data engineering teams. Review code, data pipelines, and implementation approaches to promote engineering excellence and ensure alignment with architectural standards.
Cross-Functional Collaboration: Partner with sales, pre-sales, delivery, product, and engineering teams to develop effective technical solutions. Contribute to solution positioning, technical feasibility assessments, and successful customer engagements throughout the solution lifecycle.
Innovation & Continuous Improvement: Identify opportunities to improve data architecture, automation, development practices, and operational efficiency. Stay informed about advancements in Databricks, cloud data platforms, distributed computing, and modern data engineering technologies.