Construction inspection management encompasses the coordination, supervision, and oversight of construction activities, ensuring that they align with approved plans, regulations, and industry best practices.
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AEIS’s Specialty Field Testing services provide clients with technically advanced, non-destructive, and minimally invasive testing methods that go beyond the standard inspection scope. These services are typically requested to investigate anomalies, verify as-built conditions, or support structural and geotechnical evaluations during construction.
While not mandated under the NYC Building Code, these tests are often critical to resolving disputes, mitigating risk, or guiding corrective work. Our engineers and certified technicians apply deep field experience and scientific rigor to ensure fast, accurate, and actionable results.
Common Specialty Testing Services Include:
These services are frequently used to address:
Our specialty testing services are supported by, certified NDT and materials testing technicians, and a deep understanding of construction performance standards. AEIS brings a solutions-driven mindset to every challenge, delivering fast turnaround and field-coordinated expertise helping your project stay on track.
Need clarity on what’s behind the wall, beneath the slab, or inside the structure? AEIS has you covered.
Ultrasonic Pulse Velocity tests are performed to assess the condition of structural members with two-sided access such as elevated slabs, beams, and columns. Voids, honeycomb, cracks, delaminations, and other damage in concrete
Sonic Echo/Impulse Response tests are performed to evaluate the integrity and determine the length of deep foundations.
The tile sample is pressed under a specified load against a grinding path, strewn evenly with an abrasive powder, revolving at the rate of 30 ± 1 rpm.
A moisture meter is an essential instrument used in many industries to detect moisture content in materials.
Testing of field-cured cylinders to determine whether concrete strength is satisfactory for either removal of forms or application of post-tensioning has been required by many codes and specifications.
Vibration monitoring in construction involves the measurement and analysis of vibrations generated by construction activities, such as piling, excavation, demolition, or heavy machinery operation.
The widths of cracks on the surface of concrete can be measured using a simple comparator consisting of a plastic strip with fixed width lines. Alternatively a hand-held microscope with a suitable scale can be used.
Carbonation of concrete is a process by which Carbon Dioxide from the air penetrates into the concrete and reacts with calcium hydro-oxide to form calcium carbonate.
This test method is suitable for in-situ evaluation and for use in research and development work.
A cover meter test will locate rebars and measure the exact concrete cover over the reinforced steel bar.
The Windsor Probe System is a unique testing instrument utilized to measure in-situ compressive strength of concrete, brick and mortar materials.
The Acoustic Rebound Hammer (RH) method, also known as the Schmitt Hammer, quickly assesses the uniformity of concrete surfaces in terms of strength and stiffness.
This portable, computer-operated impact echo test can be performed on-site to detect cracks, voids, honeycombing, and debonding in concrete bridge decks with asphalt overlays.
SASW tests allow the user to determine the different profiles in pavement layers or soil layers, including the depth, velocity and also the condition of each of these layers.
GPR include locating buried voids/cavities, underground storage tanks, sewers, buried foundations, ancient landfills.
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