We are seeking a hands-on Databricks engineer with deep technical expertise in building, operating, and optimizing Lakehouse-based data and AI solutions. In this role, you will design, develop, and operationalize Delta Lakehouse architectures that deliver measurable outcomes for enterprise customers. You will own implementation activities, contribute to technical delivery leadership, and mentor engineering teams in best practices across data engineering, platform governance, and AI
Execute Linux patching, vulnerability remediation, OS hardening, access reviews, certificate renewals, and configuration changes in accordance with change-management procedures.
Work in a team or as an individual contributor to deliver comprehensive automation solutions that span across wide range of infrastructure technologies.
To design, develop, and maintain secure, high-availability software for mission-critical communications platforms, owning delivery across the full stack, from C/C++ system components and backend services to databases and web and mobile front-ends.
The role requires candidates with approximately 5 years of relevant experience in Network Security, with the majority of their experience focused on security rather than general networking.
Lead new project control engineering design, quality approval, process control, product evaluation, vendor proposals, evaluation of product reliability, automated testing, software, research and development.
Lead and manage the Data Engineering team, providing technical direction and support so they deliver secure, consistent and sustainable data solutions.
performing application lifecycle management across our IAM solutions (Access Governance, & Privilege Access Management) incl. integration into source and target systems
Drive the implementation and optimization of centralized data repositories and data lake architectures, supporting enterprise-wide analytics and reporting.
Will work closely with the Reservoir Engineering Specialist and Stimulation Specialist to identify, evaluate, and prioritize wells and intervals for matrix acidizing, acid fracturing, and hydraulic fracturing.