SCADA Control Systems Engineer

Overview

Design, program, test, and commission SCADA/automation systems for utility substations.

Key Responsibilities

• scada integration
• hmi development
• automation logic
• system testing
• equipment configuration
• field commissioning

Tasks

-Provide cost effective integration solutions for integrating devices using multiple standards and technologies. -Specification and Configuration of a variety of vendor equipment including, but not limited to: -Evaluate and resolve technically complex problems, broad problems with numerous variables of uncertain relationship and magnitude. -Keep up with rapidly changing networking, programming and software technology. -Provide engineering support for real-time operational data to System Control Center. -Support a documentation system for SCADA and Automation hardware and software programs -Design, maintain and troubleshoot Control Center SCADA Equipment used for interchange telemetering, UG Network Monitoring, Recloser/Distribution SCADA and Distribution Automation and mobile/temp switchgear monitoring. -Assist technicians in troubleshooting complex SCADA, Communications, and control and logic systems in the field. -Develop SCADA points list for RTU's to be interfaced with System Control Center SCADA/EMS system -Develop HMI displays for substations and DA systems -Provide field testing and commissioning support for technicians. -Develop integration and automation architecture for substation and distribution projects -Provide consultation and technical expertise to various PGE departments. -Analyze causes and recommend solutions to complex but routine operational maintenance problems. -Routine substation visits for equipment and technician support. -Drive end to end testing for EMS/SCADA systems. -Support engineering reviews of new substation SCADA, Integration and Automation system designs and equipment. -Evaluate technical programming requirements for automation projects. -Work on complex programming problems for substation SCADA and automation equipment. -Development of Automation logic utilizing IEC 61131-3 and Ladder Logic programming languages -Provide technical support to NERC-CIP compliance activities and act as SME for SCADA and Substation Automation equipment. -Deal effectively with pressure of real-time problem solving. -Keep up with rapidly changing integration and automation technology -Communicate with other utilities' personnel to share information and provide technical expertise. -Solve integration and automation challenges at various substations where multiple equipment and integration standards are used. -Investigate system construction, maintenance, and operational problems and recommend corrective action.

Requirements

• engineering degree
• plc
• scada
• ladder logic
• python
• driver's license

What You Bring

-Demonstrates sound memory -Lifting/pushing/pulling (check appropriate weight): Up to 10 lb. -Ability to process new information to be applied consistently to work tasks -Communicate verbally and in writing with engineers and company management to present and justify automation systems. -Bachelor’s degree in engineering. ABET-accredited engineering program or program accredited by an equivalent agency preferred. -Ability to avoid future mistakes by applying reasonable skills to new but similar work situations or tasks -Ability to successfully collaborate with peers, managers and others within the organization -Ability to develop logic using ladder logic programming and IEC61131-3 standards. -Ability to work long hours -Ability to follow through on decision-making tasks -Network equipment including Ethernet switches, routers, terminal servers etc. -Electronic Relays used for power system protection -Excellent knowledge of SCADA protocols DNP 3.0, Modbus (Serial and TCP/IP), Modbus Plus, L&G 8979, OPC and ICCP. -Ability to discern feedback and acknowledge ownership of areas of improvement -Ability to consistently meet attendance standards for regular, reliable, predictable, full-time attendance -Senior Level, P3: Typically, five or more years in related field. -Ability to work a variable schedule -Intermediate Level, P2: Typically, two or more years in related field. -Ability to troubleshoot SCADA protocol and SCADA network related issues. -Transducers and Meters -Modems, media converters, radios and other communication devices. -Human Machine Interface programs and Hardware. -Ability to report to work and perform work during periods of severe inclement weather -Does the job require a valid driver's license? - Yes -Ability to follow accuracy standards -Ability to interact effectively and collaboratively within a team environment -A basic understanding of electric utility substation protection and control systems -Working knowledge of communication and networking standards such as TIA/EIA RS-232 & RS-485, Fiber Optic and Ethernet. -Ability to validate data collected by the integration systems. -Ability to respond and adapt to frequent change -Familiarity with substation equipment and operating mechanisms -Working knowledge of TCP/IP networks, subnets and routing and network services and management tools such as SNTP, NTP, PPTP and SNMP. -Ability to adhere to set response times, deadlines and time-sensitive tasks -Ability to adhere to pre-established schedule, including start/stop time and break/lunch schedule [typically for nonexempt positions, although some exempt positions may have an established start/stop time] -Working knowledge of various devices used for industrial control systems (PLC, Transducers, I/O devices) -Ability to communicate and problem solve when under stress -Ability to accept and demonstrate self-awareness when provided constructive feedback -Working knowledge of various major equipment monitoring devices and associated communication and configuration programs and functionality. -Computer use (use computer regularly for entire work shift) -Ability to read substation schematic and wiring diagrams -Experience in industrial automation, utility automation and/or SCADA experience. -Basic understanding of scripting languages (Java, VB, Python etc.) -Programmable Logic Controllers -Carrying (check appropriate weight): Up to 10 lb. -Thorough knowledge of Network design (TCI/IP and Modbus Plus) and OSI Layers. -Valid Driver's license required. -Ability to troubleshoot and resolve complex logic programming issues, substation network issues, device malfunction etc. -Walking distances and surfaces (long distances and over rough, uneven or rocky surfaces)

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Benefits

-Elevated areas (i.e., catwalks, roofs and high buildings) -Remote Terminal Units (RTU's) -Stairs (over 10 steps)

About Portland General Electric

-the company began transmitting long‑distance power from Willamette Falls in 1889, a pioneering effort in the region -It operates a diversified fleet—hydro, natural gas, coal, wind and solar—alongside a sizable transmission and distribution network across Oregon -Serving nearly a million retail customers in over 50 cities, it blends generation, wholesale trading, and regulated retail operations -Typical projects include hydroelectric dams like T.W. Sullivan (still active from 1889), wind‑solar‑battery hybrids (e.g., Wheatridge), and transmission line expansions -Unusual facts: it closed Oregon’s last in‑state coal plant early and built one of the first long‑distance AC transmission systems in the U.S.

Sector Specialisms