Rone Engineering Services

read moreRone provides geotechnical engineering, materials testing and environmental services on thousands of projects each year. For almost a half century, these core capabilities have helped to ensure the quality, stability and longevity of some of the Southwest's most iconic and transformational projects, including roads, bridges, museums, schools, colleges, industrial, commercial and residential projects. Our core values are the pillars that strengthen our organizational culture, brand identity and operational strategy.

read moreEstablished by Ronnie Rone in 1972, Rone quickly became recognized as a leader in the geotechnical engineering field with Ronnie at the helm and his focus on managing the highly expansive clay soils in the region, with a particular focus on the Las Colinas Urban Center in Irving, Texas. Rone has maintained a focus on control of ground movement as is evidenced throughout the history of the firm, both in our project portfolio, as well as our internal commitment to solving issues related to ground movement.

read moreThe Rone Environmental Team brings more than 40 years of experience helping developers, property owners, local governments and industrial organizations identify and solve a wide range of environmental issues. We specialize in the environmental aspects of acquiring, developing and redeveloping new properties as well as brownfield sites. Rone provides a wide variety of environmental services; from investigating and remediating contaminated sites to evaluating and managing regulatory compliance and permitting.

read moreThe Rone Geotechnical Team provides extensive knowledge and expertise of local subsurface conditions by providing design and construction recommendations that save clients time and money. Our clients come to us with their most challenging projects because they know that having the right foundation is critical to a project's success. Our experienced drillers, laboratory technicians and geotechnical engineers rely on the latest tools and techniques for evaluating soil and groundwater conditions and determining their impact on proposed facilities and infrastructure.