ACEC ND Engineering Excellence Awards

Date: Thursday, January 5, 2017

Apex Engineering Group is honored to announce that our Transportation and Water Groups, in conjunction with the City of Fargo and the City of Dickinson, were awarded two 2017 ACEC ND Engineering Excellence Awards!  

The selection committee recognized Apex and the City of Fargo for the work completed on 13th Avenue South from 38th Street to 45th Street in the Transportation category.  Apex had the privilege of providing design and construction engineering services for improvements to one of the busiest corridors in the state of North Dakota, as it provides access to a thriving business and retail district.  The reconstruction of this roadway was necessary to improve safety, mobility and capacity for the traveling public.  The updated section will efficiently handle the 30,000 vehicles that utilize this stretch daily.

The Dickinson Reuse Booster Station was selected in the Water and Wastewater category by the ACEC ND selection committee.  The City of Dickinson recognized the opportunity to utilize the treated waste product that came from the award-winning Water Reclamation Facility.  With the reuse water pumping station and distribution system, the City is able to sell the effluent from the Water Reclamation Facility to multiple industries in an area where water is scarce, allowing more businesses to move into the region knowing that they have a water source available.  While other cities in North Dakota provide reuse water to one or two industries, this is the first area-wide reuse water distribution system in the state of North Dakota. 

Apex would like to congratulate all involved in these innovative projects!

ACEC 13th Ave

Dix booster

Employment Opportunity

Design Engineer - Water

Apex Engineering Group has openings for Design Engineers working in our Water Group located in our Bismarck or Fargo, ND offices. Primary responsibilities include working as a key project team member on water or wastewater projects from the planning phase through design and construction.