Power System Automation Engineer

Schweitzer Engineering Laboratories (SEL) is focused on making electric power safer, more reliable, and more economical. As a Power Systems Engineer- Automation projects focus on data collection of system IEDs, logic controls, and the presentation of data for the customer to monitor and control their power system. Utilizing real-time logic controllers and communication equipment, the SEL Automation engineer owns the planning, design, development, testing and commissioning of the project. Projects often include, but are not limited to: Communication network equipment Configuration of real-time controllers to serve as RTUs. Human Machine Interface (HMI) or server to an upstream SCADA client. Configuration of real-time controllers to perform custom logic such as automatic system fault location, isolation and restoration. Configuration of workstations for power system analytic software As an Automation Engineer, a typical day might include the following: Technical leading to assist Project Managers and Salesforce in planning applications for customers Joins customer meetings to provide SEL equipment expertise and recommendations for future and active projects Defines and oversees the execution of multiple objectives with minimal guidance and general high-level direction Research of SEL equipment, third-party equipment and solutions Branching into OT network solutions (Layer 1, Layer 2 Architecture and Applications Data Flow) Research of emerging technologies and trends within and beyond their focus area. Reviews and certifies deliverables for quality standards prior to customer submittal Automation Design Specifications and drawings Product configurations Factory testing and procedures Field safety preparations and commissioning procedures Service reports Technical lead of the project engineering team that will define deliverables, schedule, and project execution from design through commissioning. This job might be for you if: Understanding of project engineering scope in relation to project budget (labor and equipment) Ownership of schedule and a self-starter for research Professional communication skills to be the direct technical contact for customers and colleagues. Designing of control logic schemes and network configurations Ability to analyze electrical one-line drawings, DC/AC Schematics, and Bill of Materials Experience with industry standard communication protocols (IEC-61850, DNP, Modbus, etc.) Experience with server/client SCADA applications Experience with design/development suite of HMI applications Willing to travel at least 20% of the time domestically and abroad