Manchester Condos
Richmond, VA · Multifamily Residential
Project details
Conducted test borings, environmental Phase I assessment, construction materials testing, and special inspections for a residential condominium development.

Innovative & Reliable
Zannino Engineering, Inc. is a Richmond, Virginia geotechnical, environmental, and construction materials testing practice established in 1991. Operating from a centrally located Glen Allen office with an on-site AASHTO laboratory accreditation accredited laboratory validated by the U.S. Army Corps of Engineers Materials Testing Center, it serves public and private sector clients across Metro Richmond and the broader Virginia region. Technical personnel hold ACI, VDOT, and NICET certifications, maintaining multi-disciplined capabilities in soils and concrete to ensure project continuity from initial subsurface exploration through to final construction inspections.
AASHTO laboratory accreditation · USACE MTC Validation · ACI Certifications · VDOT Certifications · NICET Certifications
Thomas L. ZanninoFounder & Principal Geotechnical Engineer
Robert ChildreePresident
Mark E. McLainVice President & Engineering Department Manager
Denise Zannino ChildreeDirector of Communications and Strategic Engagement
Linda JonesClient Relations
DeAndre WashingtonConstruction Materials Engineering Department Manager / Project Manager
Gregory CoxLaboratory Manager
Grant MissimerEngineering & Residential Project Manager
Matthew PowellEngineering Technician Manager / Senior Engineering Technician
Timothy CroucheEngineering Technician
Shamari HollingsworthConstruction Materials Technician
David NicholsStaff Engineering Technician
Miriam ChaconCommunications and Operations Coordinator
Ryan WilsonConstruction Materials Lab Technician
Cameron WinnEngineering Technician
Jared DelanyConstruction Materials Lab Technician
Provides comprehensive subsurface exploration and analysis to support foundation design and earth retention systems. Practical geotechnical consulting helps developers and design professionals mitigate risk from early planning through active construction.
Explores underground soil and rock conditions through test borings and sampling to determine site suitability and parameters.
Develops engineering guidance for shallow or deep foundations, slab support, and site preparation based on soil analysis.
Creates design solutions for deep excavations and soil retention systems to ensure temporary and permanent safety on site.
Delivers field inspections and testing of structural elements to verify alignment with strict contract specifications. Experienced personnel evaluate essential structural components to ensure safety and quality control.
Verifies soil compaction and subgrade conditions during grading and fill placement using field density testing.
Performs field measurements of slump, air content, and temperature, alongside laboratory compressive strength testing of cylinders.
Inspects rebar placement, spacing, and lap splices prior to concrete placement to confirm adherence to structural drawings.
Evaluates mortar, grout, and block placement to confirm the structural integrity of load-bearing and non-load-bearing masonry walls.
Conducts independent third-party evaluations of critical building elements as mandated by building codes and municipal authorities.
Operates an AASHTO-accredited facility co-located with the main offices, delivering rigorous independent testing of construction materials. Validated by the US Army Corps of Engineers, this facility provides rapid and defensible material analysis.
Analyzes physical properties of soil and stone materials in a controlled laboratory environment to verify classification and structural characteristics.
Measures compressive strength and physical characteristics of concrete, mortar, and grout specimens to verify compliance.
Conducts diligent property assessments and field monitoring to identify and mitigate environmental liabilities. Diligent assessment protocols support real estate transactions and regulatory compliance.
Performs historical and historical-use reviews of properties to identify potential environmental liabilities and recognized conditions.
Conducts soil, vapor, and groundwater sampling to confirm or rule out contamination identified during initial property reviews.
Coordinates cleanup efforts and remediation planning to restore contaminated properties to compliance with regulatory standards.
Monitors active construction sites to ensure soil erosion, sediment control, and run-off comply with environmental permits.
Performs regular sampling and analytical testing of surface water and groundwater systems to track environmental safety.
Assists homebuilders and residential developers with tailored site assessments and structural consultations. Professional soil and foundation guidance helps protect residential structures against local soil hazards.
Identifies active clay soils that expand and contract, protecting foundations from structural damage.
Provides specific design guidance for residential footings to accommodate local soil conditions and shrink-swell risks.
Advises on subgrade preparation and alignment for neighborhood infrastructure, including residential roads and utility lines.
Commercial · Residential · Industrial · Government · Infrastructure
Richmond, VA · Multifamily Residential
Conducted test borings, environmental Phase I assessment, construction materials testing, and special inspections for a residential condominium development.
Richmond, VA · Infrastructure · 1991
Assumed and honored critical geotechnical and testing contracts previously held by ATEC Associates upon the founding of Zannino Engineering in 1991.
Prince William County, VA · Commercial · Client: Southwood Builders
Designed an innovative sheeting and shoring solution to support a very deep excavation, enabling safe site work and construction.
Richmond, VA · Historic Preservation · Client: American Civil War Museum
Provided engineering and testing support to allow new construction adjacent to delicate historic structures, protecting local industrial heritage.