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Civil Testing and Road Inspection

TCR Engineering is NABL ISO 17025 accredited and provides superior end-to-end solutions for civil testing across all the elements of building structures and has an extensive Road Inspections program as per requirements of IRC.

Structural Audit, Civil Testing, NABL Lab India
Soil Testing, Civil Testing, NABL Lab India
Concrete Testing, Civil Testing, NABL Lab India
Bitumen Testing, Civil Testing, NABL Lab India
Concrete Mix Testing, Civil Testing, NABL Lab India
Brick Testing, Civil Testing, NABL Lab India
Tiles Testing, Civil Testing, NABL Lab India
Motar Testing, Civil Testing, NABL Lab India
Cement Testing, Civil Testing, NABL Lab India
ToR Steel, Rebar, Civil Testing, NABL Lab India
Ceramic Testing, Civil Testing, NABL Lab India

Purpose of Structural Audit

  • To save human life and buildings and warn against any potential threats or failures

  • To understand the condition and health of a building and to project the expected future life

  • To find critical areas that need to be attended or repaired with immediate effect

  • To comply with statutory requirements of municipal authorities

  • To proactively assist the residents and the society to understand the seriousness of the problems and the urgency required to attend to the same

  • To enhance the life cycle of a building by suggesting preventive and corrective measures like repairs and retrofitting


  1. For insurance 

  2. For bank mortgage 

  3. For valuation 

  4. For structures that show distress 

  5. For damage assessment due to earthquake, fire, blast, vibration, corrosion etc. 

  6. For proposing additions, alterations and/or extensions in building/structure 

Advantage TCR: 

Our in-house structural audit team has recently carried out several evaluation engagements. The TCR advantage includes:

  1. Decades of Experience: TCR Engineering has expertise built over two decades and has partnered with several developers to undertake testing, inspection and auditing services

  2. Registered Service Provider: Registered and certified by various municipal corporations, TCR has been providing services across Government and private sectors

  3. In-house Capability: TCR is a knowledgeable and customer oriented service provider with a full-fledged set up to undertake all types of structural audit activities

  4. Cost Effectiveness: With TCR's expertise, structural irregularities are identified with ease and this mitigates the cost impact resulting from the deterioration of the building


Structural Audit Services

A structural audit entails evaluating the overall health and performance while ensuring that the building and its premises are safe and are at no risk. A structural audit is done by an experienced and licensed structural consultant who analyses and suggests appropriate repairs and retrofitting measures required for the buildings to perform better in its service life. TCR Engineering has recently undertaken various structural audit services for both residential and commercial buildings including Vikas Complex in Thane West, KC College in Thane and Essential Power Transmission in Andheri..


As per clause No.77 of revised Bye-Laws of Cooperative Housing Societies: The Society shall cause the ‘Structural Audit’ of the building as follows: 

  1. For building aging between 15 to 30 years once in 5 years 

  2. For building aging above 30 years once in 3 years 


Part A – Visual Inspection 

  1. Visual inspections of individual building / structures from inside and outside and to study present status of different structural members

  2. Study of Architectural / RCC / Structural drawings ( If available ) 

  3. Photographic Survey 

  4. Capturing multiple details including:

    • Load transfer system, 

    • Structural framing system, 

    • Structural deficiencies, 

    • Settlement if any, 

    • Cracks in RCC members, 

    • Cracks in masonry / plaster 

    • Leakages, 

    • Loads on structure, 

    • Defects in non-structural elements etc. 

  5. Identification of broad areas / locations in the structure requiring further detail investigation and for conducting various Non-Destructive Tests 

Part B – Non Destructive Evaluation

  1. In addition to visual inspection, the real strength and  quality of a concrete structure need to be checked with non-destructive tests.

  2. A number of non-destructive tests (NDT) for concrete members are available to determine present strength and quality of concrete

  3. To Conduct Non-Destructive tests as required in detail visual inspection

Part C – Repair & Rehabilitation Consultancy 

  1. For preparation of detailed report for  range of visual inspection & ND tests 

  2. For Interpretation of ND test results

  3. For Diagnosis & Root cause analysis of the problems / observations 

  4. For preparation of Repair & Rehabilitation scheme to make structure durable, healthy and to stand for a long life

  5. For preparation of technical specifications & draft tender document for repair and rehabilitation

  6. For preparation of cost estimates for the same

  7. For scrutinizing the tender documents

  8. For periodic inspection of work

  9. For issuing Structural Stability Certification after completion of entire job

Structural Audit
Soil Testing


Soil Testing Services

Soil is formed by the combination of rock, organic matter and pieces of minerals, air, and water. It is considered to be the skin of the earth’s crust.  The quality of soil varies depending on its composition, strength, and type. Poor quality of the soil is one of the critical issues faced by builders. Before starting any construction on land, it should be ascertained that the land is suitable for the planned infrastructure and the soil can bear the load of the proposed building, roads, etc.  Problems and errors can be greatly avoided by conducting a study on soil and site characteristics.


The quality of the soil is judged by analyzing those properties which limit a planned use. Various soil and site factors need to be determined in order to check the limitations before constructing a building or a structure. Some of these include: Surface texture, Permeability, Water table, Erosion hazard and Depth of soil and bedrock


TCR Engineering provides world class services for soil testing in the laboratory as well as on site. Some of the tests conducted routinely are:

CBR In Situ
CBR Laboratory, Soaked Single Point
Chloride Content
Electrical Resistivity
Linear Shrinkage 
Modified Procter Compaction Test 
Organic Matter Content
Particle Size Distribution by Hygrometer, Sieve Analysis and Hygrometer

Concrete Testing


Concrete Testing Services

Concrete is a construction material that is composed of cement (commonly Portland cement) as well as other cementitious materials such as fly ash and slag cement aggregate (generally a coarse aggregate that has gravel, limestone, or granite, plus a fine aggregate such as sand), water, and chemical admixtures.  There are various methodologies for concrete testing to ensure that it maintains adequate strength and durability. If major repairs are to be executed in the concrete structure, it is often useful to check the bond strength of the material used in the concrete structure.


Mechanical and physical testing is performed on hardened concrete to determine values such as electrical conductance, the compressive strength of a concrete core, cube or cylinder and classify its durability. Mixing design trials are also carried out to ensure the concrete will exhibit values that are within the normal ranges.


TCR Engineering provides a wide range of concrete testing services that are conducted both, in the lab and on site. Some of the tests include:


Chloride Content, Permeability and Ponding 
Core Compressive Strength 
Coring: 10cm and 15cm diameter
Cube Compressive Strength 
Depth of Carbonation 
Drying Shrinkage/ wetting Expansion 
Flexural Strength 
Hammer Sounding 
Rebound Hammer Survey 
Sulphate Content 
Ultrasonic Survey 
Water Absorption and penetration


Bitumen Testing Services

Bitumen is a mixture of organic liquids that are highly viscous, black, sticky, entirely soluble in carbon disulfide, and composed primarily of highly condensed polycyclic aromatic hydrocarbons. It is principally obtained as a residual product in petroleum refineries after higher tractions like gas, petrol, kerosene and diesel, etc., are removed generally by distillation from suitable crude oil.


Indian standard institutions define Bitumen as a black or dark brown non­-crystalline soil or viscous material having adhesive properties derived from petroleum crude either by natural or by refinery processes


A range of bitumen testing services is available both on-site and in the laboratory at TCR Engineering Services. Some of the tests TCR routinely conducts are:

Bitumen Content
Bitumen Penetration
Flash Point
Specific Gravity
Softening Point
Paraffin Wax
Loss on Heating
Water Content
Ductility Test
Bitumen Emulsion

Bitumen Testing


Concrete Mix Design

Concrete Mix Design is a method of selecting suitable ingredients for concrete and analyzing their relative quantities for the production of concrete. The produced concrete should be made as economically as possible with minimum properties, significant workability, durability, and strength. An accurate determination of mix proportions by using computer data is usually not possible as the materials used are essentially variable and their properties are not assessable quantitatively. 

Concrete Mix is an extremely flexible building material which can be exclusively designed for strength and it may range from M10  to M100. A mix selection needs appropriate knowledge of concrete properties as well as experimental data especially for the person who is conducting the mix design. The objective of preparing a design mix is to achieve good quality concrete in the most economical way. Good quality concrete is dense, homogeneous and imparts better strength and durability


TCR Engineering offers a range of concrete mix design testing services that are conducted both in the laboratory as well as on site. Some of the routine tests are:

Abrasion Resistance
Abrasion Value
Accelerated Cube Strength
Air Content & Alkali Content
Bleeding Test
Block Density
Bridge Load Test
Compressive Strength
Core Cutting
Permeability Test
Rapid Chloride Penetration Test (RCPT)


Brick Testing Services

Bricks are categorized as the building blocks of any structural building. Thus, the quality of each and every brick needs to be good in order to avoid any serious damage in the building. A brick is a single unit made from Clay bearing soil, lime and sand or it may also be made up of concrete material.


Bricks are named depending upon their composition such as Burnt clay bricks, Concrete bricks, Sand lime bricks, Fly ash clay bricks and Fire clay bricks


To analyze the quality of bricks, TCR Engineering performs several tests, which include:
Apparent Porosity and Density
Cold Crushing Strength 
Permanent Linear Change (PLC) 
Abrasion Resistance
Creep Test 
Refractoriness under load (RUL) 
Modulus of Rapture
Compressive Test
Water Absorption Test

Concrete Mix
Brick Testing
Tiles Testing


Tiles Testing Services

Tiles are manufactured pieces of materials like stone, ceramics, glass or metals and are considered construction materials. Their major application is for usage in floors, roofs, walls, tabletops and other similar objects. Tiles are categorized on the basis of the applied manufacturing process and are classified as per their water absorption level. 



TCR Engineering is proficient in evaluating the performance of glass tiles, acid resistant tiles, ceramic tiles, stones, marbles, slates, limestone along with their their respective installations. TCR provides testing facilities for all types of tiles as per various National and International Standards


TCR tests tiles on many parameters and some of them include:

Flexural Strength
Surface Quality
Breaking Strength
Abrasion Resistance
Compressive Strength
Impact Resistance
Thermal Expansion
Chemical Resistance
Bulk Density
Staining Resistance Materials

Mortar Testing


Mortar Testing Services

Mortar is a mixture of lime or cement or a combination of both with water and sand. It is a paste used to bind together building blocks like stones, bricks, etc. It fills the irregular gaps between the blocks and seals them completely. Mortar is also used to add patterns or colors in the masonry walls. Cement mortar is composed of sand and aggregates of water and is used as a building compound. Water is used to hydrate the cement and hold the mixture together. It also finds application in creating smooth surfaces on walls made up of bricks and another masonry.  


Mortar when mixed is a much thicker substance than concrete and this makes it ideal to act as glue for building materials. It hardens into a stone­like mass and distributes the load evenly over the bonding surfaces providing tight joints.


Few of the routine tests conducted at TCR Engineering for mortar testing include:
​In­Situ Metallography
 Reduced Wastage
 Accurate Content of Cement
 Consistent Strength and Quality
 Enhanced Health and Safety on Site
 Reduced Mixing and Labour Costs

Cement Testing


Cement Testing Services

Cement testing is performed to determine if there is alteration/loss of material when in its solid state. Methods of testing include subjecting it to a high temperature to determine loss of material,  compressive strength, hand fineness among other factors to ensure that they meet the relevant international standards.  


TCR Engineering offers testing services for cement inclusive of:

Chemical Analysis
Compressive Strength 
Heat Of Hydration
Loss On Ignition
Physical Analysis
Setting Time 

ToR Steel Testing


ToR Steel Testing Services

TOR steel is one of the best grades of steel that is used in reinforced concrete and is a high adherence steel. Other types of steel are used for less resistant concrete. Thermo­mechanically Treated (TMT) bars are a type of corrosion resistant steel reinforcing bar used in concrete construction.


TCR Engineering provides world-class services for ToR Steel testing, which is available in the laboratory as well as on site. Some of the tests are:

 Bend Test
 Chemical Analysis
 Ultimate Tensile Strength
 0.2% Proof Stress / Yield stress
 Mass per meter Run
 Rebend Test


Ceramic Testing Services

Ceramic materials possess a combination of properties which make them unique and suitable for high-performance applications. Most ceramic materials are metallic oxides like zirconium oxide and aluminum oxide. Metallic carbides are one of the most important classes of ceramics.


TCR Engineering offers a complete range of testing services for all the construction materials including the raw materials and final products as well as quality control services according to the National & International Standards.


Some of the ceramic materials tests conducted at TCR Engineering include:


Refractories & Allied materials
 White Ware which includes Tableware, Tiles, Cookwares and Sanitary Ware
 Structural including Bricks, Pipes, and Tiles
 Engineering Ceramics

Ceramic Testing


Aggregate Civil Testing

At TCR, we understand the pivotal role of aggregates plays in constructing durable pavements and road construction. Our comprehensive aggregate testing services ensure that your construction materials meet the highest standards, guaranteeing optimal performance and longevity for your projects.

Aggregates are the backbone of civil construction, transferring loads to the subgrade soil. To ensure the quality and suitability of aggregates for concrete, mortar, and pavement construction, we conduct a series of rigorous tests.


Some of the aggregate civil tests conducted at TCR Engineering in India include:


Bulk Density (Loose & Rodded)

Specific Gravity

Water Absorption

Soundness (Na2So4 & MgSo4)

Identify undesirable clay and lump

Material Finer than 75 Micro

Organic Impurities

Impact Value

10% Fine Value

Crushing Value

Flakiness Index

Elongation Index

Silt Content

Chemical Test of Aggregates


Pozzolanic Material Testing

In the realm of modern construction, the significance of pozzolanic materials is undeniable. Embracing global standards, TCR offers comprehensive testing services for pozzolanic materials, contributing to the production of durable and environmentally friendly construction materials.
Pozzolana, a widely recognized term in the construction industry, refers to volcanic ash utilized as a cement substitute. Comprising siliceous and aluminous mineral substances, pozzolanic materials play a crucial role in enhancing construction materials. These materials, sourced naturally or artificially, include fly ash, rice husk, silica fume, and more. When integrated with ordinary Portland cement, they give rise to pozzolana Portland cement, reducing both cement production and carbon dioxide emissions.


Some of the Pozzolanic Material Testing conducted at TCR Engineering in India include:


Specific Gravity

Fineness by Air Permeability

Residue on 45 Micron

Compressive Strength

Lime Reactivity


Ready-Mix Plaster Testing

Bulk Density:

Measure the mass per unit volume to ensure the optimal density for effective application and durability.


Compressive Strength:

Assess the ability of the plaster to withstand compression forces, ensuring structural stability.


Flexural Strength:

Evaluate the plaster's resistance to bending stresses, guaranteeing flexibility without compromising strength.

Ensuring Quality Excellence in Road Construction as per IRC

TCR takes pride in upholding the highest standards in road and bridge construction through rigorous quality control measures. We adhere to the guidelines set forth by the Indian Roads Congress (IRC), exemplified by three essential publications:


IRC:SP:11-1984 - Handbook for Quality Control for Construction of Roads and Runways:

This foundational publication outlines comprehensive quality control measures for road and runway construction. It serves as our guiding manual, ensuring that every aspect of the construction process aligns with the stipulated standards.


IRC:SP:57-2000 - Guidelines for Quality Systems for Road Construction:

In an era where systematic quality management is paramount, this publication serves as our benchmark. We meticulously implement the guidelines to establish and maintain robust quality systems throughout the road construction process.


IRC:SP:47-1998 - Guidelines for Quality Systems for Road & Bridges:

Acknowledging the intricate relationship between roads and bridges, we follow the guidelines outlined in this publication. Our commitment to quality extends to both components, ensuring the seamless integration and durability of road and bridge structures.


TCR's Approach to Road Inspection:


Comprehensive Assessments:

Our road inspection services encompass a thorough examination of construction projects, focusing on adherence to design specifications and quality benchmarks.


Adherence to IRC Guidelines:

We strictly adhere to the IRC publications, ensuring that our road and bridge construction projects align with the recommended quality control measures.


Continuous Improvement:

Embracing a culture of continuous improvement, we integrate feedback and advancements in construction methodologies to enhance the quality and efficiency of our projects.


Client Collaboration:

We value transparent communication and collaboration with our clients, ensuring that their expectations align with the quality standards outlined by IRC.


At TCR, our commitment to quality control in road and bridge construction is unwavering. By aligning with the IRC guidelines, we guarantee that our projects not only meet but exceed industry standards, providing durable and safe infrastructure for communities to thrive. Choose us for road construction that stands the test of time.

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