Heavy truck traffic is one of the biggest challenges in modern roadway design. Whether it’s freight routes in Oklahoma, oil and gas activity in Texas and New Mexico, agricultural corridors, or long-haul trucking across Colorado, engineers must design pavements that...

Across Texas, Oklahoma, New Mexico, and parts of Colorado, heat and dryness shape the way roads are built more than almost anything else. High temperatures, UV exposure, low humidity, and long stretches of rural highway mean pavement materials need to be selected carefully.

Before engineers choose pavement materials or calculate thickness, they start with the most important part of any roadway: the soil beneath it. Across Texas, Oklahoma, New Mexico, and Colorado, soil conditions can change dramatically from one project to the next — and those differences directly impact how roads are designed, built, and maintained.

Across Texas, Oklahoma, New Mexico, and parts of Colorado, heat and dryness shape the way roads are built more than almost anything else. High temperatures, UV exposure, low humidity, and long stretches of rural highway mean pavement materials must be carefully selected. The wrong mix or base material can lead to rutting, cracking, or early failure, especially in areas where temperatures regularly climb above 100 degrees.

In regions like Texas, Oklahoma, New Mexico, and Colorado, where soil conditions, temperature swings, and traffic loads vary widely, roadway design and pavement engineering require a detailed, data-driven approach.

Before a single home is built, developers must prove that the project can sustain a long-term, reliable water supply. That’s where a Groundwater Availability Certification (GAC) comes in.

Before any construction project begins, one of the biggest questions engineers must answer is simple: Can the ground support what’s being built? In regions like Texas, Oklahoma, and New Mexico, the answer isn’t always yes.

Before any structure takes shape, engineers need to understand what lies beneath the surface. Soil testing is one of the first and most critical steps in the construction process.

A geotechnical report is more than a collection of lab results, it’s the bridge between soil science and structural design. Engineers use foundation design soil data to determine whether shallow foundations, such as slabs or spread footings, will perform adequately or if deeper solutions like piers or piles are necessary.

One of the biggest concerns for builders and developers is expansive clay in Texas. This type of soil swells when it becomes saturated with water and shrinks when it dries. That constant expansion and contraction places significant stress on foundations, causing cracks in slabs, walls, and pavement.

A site soil analysis reveals the soil’s load-bearing capacity, moisture levels, and potential movement. Without this critical data, builders risk foundation cracking, settlement, or drainage problems that are expensive to fix later.

For developers in Texas, starting with a geotechnical report is the best way to ensure the work above ground is supported by what lies beneath it.

Our team at Centerline specializes in providing comprehensive Groundwater Availability Studies, ensuring that your land development projects are thriving in compliance with the latest state laws.

At Centerline, we take pride in providing top-notch land surveying services in Plano and across the metroplex. Our dedication to precision, innovation, and technical excellence sets us apart as the premier choice for all your land surveying needs. The Importance of...

Welcome to Centerline, your trusted partner for the best civil engineering in Plano, TX. Established in 2018, our Plano office is a testament to our rapid growth and commitment to serving the engineering needs of the local community and the broader metroplex. We...

When it comes to construction projects, having a reliable partner for Construction Administration is crucial. At Centerline, we take pride in offering top-notch services led by a team with over 75 years of combined experience.

In the sprawling Texas high plains, Adelpho Cellars is a testament to the artistry of handcrafted wines. The local winery is expanding its horizons with the creation of The Vines at Adelphos Cellars, a stunning new event center and tasting room. Centerline is proud to...

We are proud to showcase Centerline’s integral role in shaping the future of the Dallas Metroplex. Read our latest blog post about our contributions to the monumental 635 LBJ East Parkway Project.

Civil Engineering in Lubbock: Pioneering Lifesaving Solutions. Read our new blog post to discover how Centerline is expanding community resources, saving lives, and reshaping how emergency medical services are delivered across West Texas.

Sterling County is embarking on a significant endeavor to revitalize its infrastructure through the Sterling City Street Improvement Project. This initiative aims to rehabilitate and reconstruct approximately 17 miles of existing roadways within Sterling City limits.

Centerline delivers exceptional engineering solutions that empower businesses and communities across Texas. We’re the go-to Engineering in Lubbock and other business locations.

In this blog post, we delve into the vital aspects of infrastructure design in Lubbock, emphasizing the importance of soil testing and geological engineering in ensuring the city’s development stands the test of time.

In infrastructure design and Geotechnical and Environmental Engineering, every solid foundation begins with understanding the earth beneath our feet.

Geotechnical and Environmental Engineering, often called geological engineering or geotechnical engineering, is a multifaceted field that blends geology, physics, and engineering to understand the earth’s natural processes and utilize this knowledge for various reasons. But what exactly is the purpose of Geotechnical and Environmental Engineering in Lubbock, and why is it so crucial in today’s modern world?