Integration Engineer IV

Rosendin•Virginia, MN

About The Position

The Integration Engineer IV carries responsibility for senior-level issue expediting, field technical support, startup technical support, and commissioning technical oversight. The role serves as the Project Manager’s technical representative and provides technical resources to QC Managers and Site Superintendents. Work includes designing and developing control, protection, interlock, and automation systems for electrical power systems, as well as coordinating with vendors and reviewing submittals. Travel may be up to 30%.

Requirements

Bachelor’s degree in Electrical Engineering.
At least 8 years of engineering design experience in electrical power systems.
Understanding of electrical power systems and ability to provide power-system failure, event, or SOE analysis, and/or develop metering or triggering systems for such analysis.
Understanding of electrical power systems and equipment, including generators, transformers, motors, automated switchgear, protective relays, UPS and DRUPS systems, motor-generator sets, battery storage systems, inverters, PV systems, wind turbines, and substation equipment.
Proficiency using computers and Microsoft Office, including Outlook, Word, and Excel.
Ability to prioritize and manage multiple tasks and changing priorities.
Ability to work under time pressure and adapt to changing requirements with a positive attitude.
Effective oral and written communication skills.
Ability to be self-motivated, proactive, and an effective team player.
Ability to interact effectively and professionally with employees at all levels, vendors, clients, and others.
Ability to travel up to 30%.

Nice To Haves

Professional Engineer (PE) license.
Oracle experience.

Responsibilities

Design and develop intra-switchgear and inter-equipment control systems.
Design and develop site-wide Sequence of Operation (SOO).
Coordinate with vendors, review submittals, and conduct factory witness tests to ensure equipment is produced to specification and conforms to design-build requirements.
Design and develop safety mechanical, electrical, and electromechanical interlock systems.
Design and develop system-wide automation systems using PLC- or RTAC-style industrial controllers, including overload prevention, busway interlocks, load management, generator plant load curtailment, generator start and load controls, selective load pickup, and load-shed schemes.
Design and develop SEL, ABB, and Siemens relay protection and logic settings, including MTM transfer schemes using mirrored-bit communication or hardwire.
Design and develop SEL, ABB, and Siemens relay IEC 61850-based protection and control logic.
Provide senior-level issue expediting, field technical support, startup technical support, and commissioning technical oversight.
Serve as the Project Manager’s technical representative and as a technical resource for QC Managers and Site Superintendents.
Provide power-system failure, event, or SOE analysis, and/or develop metering or triggering systems to conduct such analysis.