Avenue Consultants
Colby Cain, P.E. is a Civil Engineering Professional with extensive experience in land development, currently working at Avenue Consultants since September 2015, focusing on a diverse range of private developments including residential, commercial, and municipal projects. Additionally, Colby has been employed at Avail Engineers since March 2020. Earlier professional experience includes a role as a Field Engineer at Sundt Construction, Inc. for a significant light rail extension project, where responsibilities involved collaboration with Project Engineers and the Project Manager. Colby holds a Bachelor's degree in Civil and Environmental Engineering from the University of Utah, earned between 2010 and 2015.
Avenue Consultants
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Avenue Consultants is a specialized transportation and land development engineering and planning firm that provides innovative and professional services to clients in the public and private sectors. Avenue performs a wide variety of transportation services that include innovative intersection and corridor evaluations, specialized municipal and regional corridor studies, general transportation engineering and design, transit studies and evaluations, signal design, environmental analyses, traffic studies, maintenance of traffic plans, and traffic control plans. These services are supported with sound transportation planning and engineering experience using state of the art tools so that we can provide confident results and quality design documents for even the most complicated scenarios. Avenue also performs a wide range of land development engineering and planning services including civil site design, drainage, utilities, land-use planning, municipal infrastructure design, development review services, subdivision design, and construction documents. With experience in planning, zoning, engineering and constructing more than 20,000 single-family units and more than 12,000 high-density residential units, Avenue Consultants has the experience and vision to see your project through from site feasibility to the last certificate of occupancy.