BUILDING ASSESSMENTS

At Higgins Designs, we specialize in providing comprehensive engineering design services tailored for building assessments. Our team of experienced engineers is dedicated to conducting thorough evaluations of existing structures to assess their condition, identify potential issues, and develop cost-effective solutions to address structural deficiencies and improve performance.

ELEMENTS OF THIS SERVICE

STRUCTURAL COORDINATION ASSESSMENTS

We conduct detailed structural condition assessments to evaluate the integrity and safety of buildings. Our engineers inspect key structural components, such as foundations, columns, beams, and walls, using advanced testing and diagnostic techniques to identify signs of deterioration, damage, or structural deficiencies.

PERFORMANCE ASSESSMENTS

Performance-based assessments focus on evaluating a building's performance under specific loading conditions, such as wind, snow, or live loads. Our engineers utilize advanced modeling and analysis techniques to assess structural behavior, identify performance limitations, and develop strategies to enhance performance and extend the service life of the building.

WHAT
MAKES
US
UNIQUE

EXPERTISE & EXPERIENCE

With years of experience in structural engineering and building assessments, our team has the knowledge and skills to conduct thorough evaluations and develop practical solutions to address structural issues and improve building performance.

COMPREHENSIVE APPROACH

We take a holistic approach to building assessments, considering not only structural integrity but also factors such as seismic resilience, facade performance, accessibility, and code compliance to provide comprehensive recommendations tailored to each client's needs and objectives.

CLIENT-CENTRIC SERVICE

We prioritize clear communication and collaboration with clients, ensuring that their concerns and priorities are addressed throughout the assessment process. Our team works closely with clients to develop customized solutions that meet their budgetary constraints and long-term goals.