Electrical Design Engineer

Electrical Design Engineer- Grand Rapids/Royal Oak, MichiganDISHER is currently partnering with an Engineering Consulting company in Michigan in their search for an Electrical Design Engineer. The Electrical Design Engineer will working with building systems electrical designs such as lighting system design, equipment sizing BIM in Revit, and interpretation of electrical drawings. This position will work mostly in critical environments and will work cross collaboratively with other engineering teams. What it's like to work here: The definition of this company is the cooperation to produce a combined effect greater than the sum of their separate effects. Their core values draw them together and keep them together, their core values are the pulse of the company culture from hiring, to monthly team member evaluations, to quarterly State of the Company meetings. What you will get to do:Interpret technical specifications, equipment cutsheets and catalog dataWork cross functionally with all other teams and engineers ensure timely deliverables that are in sync with design and construction milestonesInterface with clients, vendors, architects and contractors to ensure timely and smooth completion of projects Model projects in Revit See projects through from design phase to assisting with construction deliverablesWork in critical environments within healthcare research, higher ed and automotiveWhat will make you successfulBachelors in Electrical EngineeringProfessional Engineer or on track for PEMinimum 3+ years of Electrical Systems Engineering, including construction drawings, specification review, equipment submittal review and construction installation experience is requiredRequired to have demonstrated experience in the application of electrical building codes, NFPA 70,99,101, facility guidelines institute and healthcare codesExperience with building software- Revit and NavisworkExperience with parameters outline by renewable energy systems, LEED, Green Globes, and any other relevant energy conservation principles preferred