GESTRA Engineering, Inc., founded in 2000, is a renowned consulting firm dedicated to delivering high-quality engineering services tailored to meet the needs of government agencies, municipalities, engineers, architects, and contractors. With over two decades of experience, GESTRA has established a strong reputation for its expertise in geotechnical engineering, construction materials testing, environmental drilling, and related fields. The firm’s projects vary widely in size and complexity, addressing everything from extensive development initiatives to more challenging, smaller assignments.
A key focus for GESTRA is its commitment to quality and ongoing employee development. Their technical personnel receive continuous training through both in-house and external programs, ensuring they stay at the forefront of industry standards and best practices. GESTRA's services span the entire lifecycle of a project, beginning with initial planning and feasibility studies, all the way through to project completion.
GESTRA specializes in geotechnical exploration and engineering, aiding clients in site selection, understanding potential site issues, determining appropriate foundation types, and estimating soil bearing capacities. During construction, the firm provides comprehensive quality control and assurance services, which are crucial for ensuring compliance with established project plans and specifications.
In addition to its technical services, GESTRA maintains strong relationships with professional organizations in the field, promoting employee participation in regional activities that enhance their network and industry involvement. They offer a robust suite of geotechnical and environmental services, supported by advanced equipment and lab certifications that reflect their commitment to high standards.
Overall, GESTRA Engineering is positioned as a reliable partner for clients across multiple sectors, including transportation, healthcare, and utilities, consistently delivering solutions that are both effective and economically viable.
