Panel Discussion: Exploring Design-Build and Alternative Delivery Methods for Efficient Construction Projects  

Choosing the right alternative delivery method is a critical decision that can significantly impact the success of a construction project. Whether it’s a complex industrial facility, a large scale building, or a customized structural repair, selecting the appropriate approach depends on several factors, such as project size, complexity, budget, and specific goals and outcomes. One of the most popular and rapidly growing methods is design-build, which is forecasted to account for over 50% of construction spending in the United States by 2026, representing a $1.9 trillion investment nationwide over the next five years.

Design-build stands out for its collaborative nature, integrating design and construction teams from the very beginning. This method fosters innovation, better communication, and creative problem solving, resulting in higher quality outcomes, faster project delivery, with more reliable performance. Research shows that the design-build approach minimizes risks and cost overruns, offering a more streamlined experience compared to traditional project delivery methods.

While design-build is commonly associated with new construction, it is also highly effective for structural repair and retrofit projects, where tailored solutions are often required to address unique challenges. By uniting all project stakeholders early in the process, design-build enables a more customized approach to repairs, reducing costs and shortening schedules without sacrificing quality.

In this webinar, we’ll hear from our industry experts and take a deep dive into the principles of design-build and other alternative delivery methods, focusing on how these approaches can enhance project efficiency and performance. Join us to learn how to leverage these strategies to meet your specific project needs, reduce complexity and achieve better outcomes in both new construction and structural repairs.  

To further explore the benefits and applications of design-build, check out our latest blog post, where we break down key insights, industry trends, and real-world examples of how this method is transforming construction and repair projects. 

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Redefining structural integrity: case studies in frp strengthening for modern concrete reinforcement 

The construction industry is constantly evolving, with a relentless pursuit of materials and techniques that enhance structural integrity, durability, and sustainability. Among these advancements, Fiber-Reinforced Polymer (FRP) has emerged as a game-changing material in the world of structural strengthening. For nearly 25 years, FRP composites have been transforming the way we approach the reinforcement and retrofitting of concrete structures in the United States.

As the acceptance of FRP continues to grow, it’s becoming the preferred choice for design professionals seeking innovative alternatives to traditional methods like supplemental steel frames. With its lightweight nature, ease of installation, adaptability to any geometry, and resistance to corrosion, FRP offers unmatched benefits for modern construction challenges.

In this engaging webinar, we’ll dive into three compelling case studies from the Vector archives, showcasing how Carbon Fiber Reinforced Polymer (CFRP) is redefining the possibilities of concrete reinforcement. Join us to discover why FRP is becoming the go-to solution for increasing load capacity, seismic retrofitting, correcting design or construction errors, and restoring damaged structures to their full potential. Don’t miss out on this opportunity to explore how FRP is shaping the future of construction.

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Mastering injection & grouting: Extending the life of your concrete structures 

Concrete is renowned for its durability and longevity, making it a cornerstone of construction. However, even this robust material isn't immune to issues like cracking, shrinkage, and weathering, which can lead to significant structural problems over time. Left unaddressed, these defects can compromise the integrity of the concrete, allow water intrusion that accelerates deterioration, and create unsightly and potentially hazardous conditions.

Injection and grouting offer proven solutions to these challenges by filling cracks, joints, voids, or honeycombs within concrete or masonry structures. By using pressure to inject materials that cure in place, these techniques can stop water penetration, solidify foundations, strengthen structures, and fill voids, effectively extending the lifespan of your concrete.

In this webinar, we’ll explore the various injection and grouting methods available, demonstrating how they can be applied to safeguard your structures and prevent costly future repairs. Whether you're dealing with minor cracks or significant voids, this session will equip you with the knowledge to tackle concrete repair with confidence. Join us to learn how to keep your concrete performing at its best for years to come.

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Transforming Concrete Repair: Essential Techniques for Engineers, Asset Owners, and Contractors

Today, concrete restoration costs in North America are estimated to exceed $20 billion per year. Worldwide, they are incalculable. The execution of proper concrete repairs is essential for maintaining structural safety, extending the life of the concrete, preserving aesthetics and property value, and avoiding higher future costs. It’s a crucial aspect of property management and infrastructure maintenance.

Performing concrete restoration according to the applicable codes and standards of ICRI (International Concrete Repair Institute) and ACI (American Concrete Institute) ensures repairs are performed correctly and minimizes failures and call backs. These entities were developed to provide the knowledge, skills and expertise to improve the quality of repair, restoration and preservation of concrete structures.

This webinar will introduce proper concrete repair techniques developed by industry leaders and ICRI and ACI.

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