Job description

Outstanding long-term contract opportunity! A well-known Financial Services Company is looking for a Lead Engineer in Charlotte, NC (Hybrid). Work with the brightest minds at one of the largest financial institutions in the world. This is long-term contract opportunity that includes a competitive benefit package! Our client has been around for over 150 years and is continuously innovating in today's digital age. If you want to work for a company that is not only a household name, but also truly cares about satisfying customers' financial needs and helping people succeed financially, apply today. Contract Duration: 12+ Months Required Skills & Experience • Strong understanding of relational database concepts, SQL (Structured Query Language), and data modeling. • Knowledge of various databases used in data warehousing, such as Oracle, SQL Server, PostgreSQL, or MySQL. • Proficiency in ETL tools like Azure Data Factory, Azure Synapse, or Microsoft SSIS (SQL Server Integration Services) to extract data from various sources, transform it to fit the target schema, and load it into the data warehouse. • Ability to design and implement data warehouse data models, including star schema, snowflake schema, and dimension hierarchies for optimized data retrieval and analysis. • Expert in data integration techniques and data quality processes to ensure data accuracy, consistency, and reliability in the data warehouse. • Expert on data warehouse architecture principles, such as data staging areas, data marts, data lakes, and the overall data flow. • Proficient with data warehouse development methodologies and the ability to apply best practices in building scalable and maintainable data warehouses. • Proficient in scripting languages like Python, Perl, or Shell scripting for automating ETL processes and data manipulation. • Understanding of data security principles and compliance regulations to protect sensitive information in the data warehouse. • Skills in optimizing data warehouse performance, including query optimization, index creation, and partitioning. • Experience in Azure Storage Containers, Key Vault, Log Analytics, and Synapse • Experience in Synapse Integration runtimes, Linked Services, Serverless SQL Pool, Spark Pool • Experience in Synapse Triggers and Pipeline Monitoring • Experience in Synapse pipeline activities and notebooks (Pyspark, Spark SQL) • Experience in Lake Database, Delta Lake, Medallion architecture • This classification must have a minimum of seven (7) years of experience in electronic data processing systems study, design, and programming. • At least four (4) years of that experience must have been in a lead capacity. • 3 years of experience in the past 4 years in working with SQL database architecture, data modeling, normalization, and performance optimization. • 3 years of experience in the past 4 years in working with Microsoft Azure Cloud platform, including familiarity with other Azure services like Azure Data Lake Storage, Azure Databricks, Azure Data Factory, and Azure DevOps. • 3 years of experience in the past 4 years in working with designing and developing data warehouses using other platforms like Microsoft SQL Server, Oracle, or Teradata • 3 years of experience in the past 4 years in working with years of experience in big data technologies such as Apache Hadoop, Apache Spark, or Apache Kafka • 3 years of experience in the past 4 years in working with data visualization tools like Power BI to create insightful visualizations and reports based on data stored in Synapse Data Warehouse. • 3 years of experience in the past 4 years in working with data cleansing, data profiling, and data validation techniques to ensure high data integrity in the data warehouse. What You Will Be Doing • The Lead Engineer will possess knowledge and experience in applications software development principles and methods sufficient to participate in the design, development, testing and implementation of new or modified applications software • Operating systems installation and configuration procedures; organization’s operational environment • Software design principles, methods and approaches; principles, methods and procedures for designing, developing, optimizing and integrating new and/or reusable systems components • Pertinent government regulations; infrastructure requirements, such as bandwidth and server sizing • Database management principles and methodologies, including data structures, data modeling, data warehousing and transaction processing • Functionality and operability of the current operating environment; systems engineering concepts and factors such as structured design, supportability, survivability, reliability, scalability and maintainability • Optimization concepts and methods; establish and maintain cooperative working relationships with those contacted in the course of the work • Speak and write effectively and prepare effective reports

Requirements