Industrial Electrical Designer - (REVIT or Smartplant 3D) at Peter Kiewit Sons' in Calgary, AB

Job description

Requisition ID: 181125 Job Level: Mid Level Home District/Group: Kiewit Industrial & Water Engineering Department: Drafting & Design Market: Industrial Employment Type: Full Time Position Overview If you are reviewing this position from another website, please apply directly to this position via our company website at www.kiewitjobs.com by clicking on this position. We are adding Electrical Designers to support growth in our Data Center, Water, Wastewater, and Industrial Power markets, located in our Calgary Alberta office. If you are looking for a career, with stability, a strong backlog of work and a diverse portfolio of projects to work on - look no further! We seek experienced electrical designers with a minimum of 5 years of REVIT experience supporting 3D modeling of electrical systems, for industrial facilities. We offer stability, fully paid benefits, competitive pay, and a strong team culture that focuses on innovation and sustainability. In this role, you may work on Water treatment, wastewater treatment, desalination/reuse, manufacturing, data centers, mineral processing, space projects, pulp/paper facilities, specialty chemical plants, hospitals, and industrial energy/campus utility projects - just to name a few. We are an innovative team of engineers and designers that supports projects throughout the country, including Pre-FEED, FEED, Design/Build and EPC. District Overview Kiewit Engineering Group, Inc is a full-service engineering consulting and design firm serving a broad range of the industrial markets. Our combined staff of more than 1,700 engineers and design professionals have expertise that spans all major engineering disciplines to serve the industrial, transportation, power, water/wastewater, mining, building, and oil, gas & chemical markets. Our operations-focused engineering provides our clients with safe and efficient facilities, and it integrates our 130 years of construction experience to finish projects on time and to make sure that Nobody Gets Hurt. Our rapidly growing Industrial Engineering team, which includes process, mechanical, electrical, controls, structural, architectural, geotechnical, and civil disciplines, is a multi-faceted and leading-edge division of Kiewit with best-in-class technical expertise focused on EPC and design-build delivery of industrial projects in markets such as Food & Beverage, Mineral Processing, Renewable Fuels, Pulp and Paper, Steel & Aluminum, Industrial Buildings, and Industrial Energy, Water and Utilities. Location This position is based out of our Calary AB office and prefer local candidates for this role. However, we offer relocation assistance for Senior level candidates wtih 10+ years of REVIT electrical design, within Canada to the Calgary area. Responsibilities • Utilize applicable engineering national and local codes for US and Canada projects. • Develop schematics and one-line drawings from engineering sketches or mark-ups. • Design duct bank, embedded conduit, cable tray, grounding and lighting systems from concept to completion utilizing engineering documents, sketches or vendor data. • Develops 3D models utilizing drawings, sketches, and design skills. Checks and navigates in the 3D models for interferences and constructability, using REVIT and Smartplant 3D. • Routes electrical cables in a 3D environment to generate a cable schedule. • Model electrical components using vendor submittals and electrical designs • Perform calculations to check allowable fill in conduits and cable tray systems according to NEC requirements and size pull boxes. • Perform calculations to size pull boxes according to NEC requirements. • Gathers information needed to develop design and verify voltage separation requirements are met. • Creates plan drawings and details for electrical deliverables. • Analyze, inspect, and construct designs while adhering to electrical quality standards and department procedures. • Provides lessons learned throughout the project by utilizing th