Whether developing rawland drawings for a proposed site or inspecting existing issues such as roadway erosion, drainage problems, or slope failures, our engineers are experts at identifying the catalysts or potential catalysts of maintenance concerns and applying the most viable, cost-efficient solutions that best fit the site’s spatial, topographic, and geologic constraints.

Utilizing our historical experience in the roadway design and commercial site development sectors, Delta Oak Group’s partners got their start in the civil aspect of the telecommunications industry by taking on the most challenging sites from a spatial layout, topography, drainage, and earthwork standpoint. Hundreds of sites later and regardless of complexity or location, we pride ourselves on performing site-specific evaluations on EVERY site we inspect/design in order to create a truly tailored, constructible solution for our clients.

We welcome conversations with contractors, municipalities, and other project stakeholders, as we believe a holistic approach, from design through construction through long-term maintenance, is vital to produce the best solution for our clients.

Delta Oaks Group provides a full suite of colocation and technology add A&E services. We draw on the principles of client service, attention to detail, and thorough diligence throughout the design and submittal process to ensure our client’s satisfaction.

At Delta Oaks, it isn’t enough to simply hit our clients’ timeframes. We aim to make the extra effort to understand the governing municipality’s submittal and review process, minimizing surprises and resubmittals. Additionally, we focus on constructability and compatibility of the proposed improvements, noting existing site features and limitations and recognizing how those limitations may affect spatial, electrical, and other components of the proposed design. At the core of our process is communication, as we make an extra effort to ensure we have a thorough understanding of our clients’ requirements, specifications, and construction preferences.