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This course explains how construction quality is planned, inspected, tested, recorded, and improved. It covers concrete, cement, soil, bricks, aggregates, bitumen, road materials, quality plans, checklists, technical specifications, and test-report preparation.
Course link: https://www.bhadanisrecordedlectures.com/courses/QUALITY-CONTROL--QUALITY-ASSURANCE-CIVIL-61974c570cf23d7cc6e57da6
Civil engineers, site engineers, quality engineers, laboratory engineers, construction supervisors, project engineers, road engineers, contractors, consultants, and fresh graduates can join.
Yes. Fresh engineers can learn the purpose of quality management, common laboratory tests, site inspections, checklists, reports, and quality documentation.
Yes. Working professionals can refresh testing procedures, improve quality records, strengthen inspection practices, and understand the cost of poor-quality work.
The course is taught in Hindi.
The validity period shown for this course is 80 days.
The course page shows 40 modules.
The course page shows 37 sessions.
The total recorded learning time shown is 9 hours, 5 minutes, and 31 seconds.
You can join through the official BHADANIS course page:
Quality assurance is the planned system used to prevent defects. It includes procedures, responsibilities, approved materials, inspection plans, technical specifications, and documentation.
Quality control is the actual checking and testing of materials and workmanship to confirm that the required standards are being achieved.
Quality assurance focuses on preventing problems through planning and systems. Quality control focuses on finding and correcting problems through inspections and tests.
Good quality management reduces defects, rework, delays, disputes, material wastage, unsafe work, and unnecessary project costs.
It is the money lost due to rejection, rework, repairs, delays, wastage, complaints, failed tests, and damage to the contractor’s reputation.
Yes. It begins with an easy and detailed explanation of quality management for construction professionals.
Yes. The learning material includes construction quality plans that help learners understand project-level quality systems.
A construction quality plan defines the procedures, responsibilities, inspections, tests, records, acceptance requirements, and corrective actions for a project.
Yes. Downloadable quality checklists for site works are included.
Checklists help engineers inspect work systematically and reduce the chance of missing important points.
Course link: https://www.bhadanisrecordedlectures.com/courses/QUALITY-CONTROL--QUALITY-ASSURANCE-CIVIL-61974c570cf23d7cc6e57da6
Yes. A quality dashboard for construction projects is included to help track inspections, tests, observations, and pending actions.
It can track inspections, test results, rejected materials, non-conformance reports, corrective actions, pending approvals, and quality trends.
Yes. Detailed civil works technical specifications are included as learning material.
Specifications define required materials, workmanship, tests, tolerances, and acceptance criteria. Quality cannot be checked properly without them.
Yes. The curriculum includes quality-assurance learning relevant to Indian and Gulf construction environments.
Yes. Site-quality engineers can improve inspection, testing, reporting, checklist preparation, and coordination with consultants and contractors.
Yes. Many material and soil tests are explained, making the course useful for engineers involved in construction laboratories.
Yes. The curriculum includes aggregate, bitumen, soil, and pavement-related tests used in road construction.
Yes. Test formats and downloadable working sheets are included.
A test has little professional value unless the sample, procedure, observations, calculations, result, and acceptance status are properly recorded.
Yes. The slump test of fresh concrete is covered through a dedicated lesson and supporting report material.
It measures the consistency and workability of fresh concrete.
Concrete should be workable enough for placing and compaction without excessive water, segregation, or loss of strength.
Possible causes include excess water, incorrect batching, admixture variation, or poor control during concrete preparation.
A low slump may result from low water content, delayed placement, high absorption, hot weather, or an unsuitable mix.
Yes. A report on the workability of fresh concrete by slump test is included.
Yes. Concrete cube testing is explained in a dedicated lesson.
It checks the compressive strength achieved by hardened concrete at the specified testing age.
Proper identification connects each cube with its concrete pour, location, grade, date, and testing age.
Sampling, mould preparation, compaction, curing, handling, testing age, machine condition, and concrete quality can affect results.
Course link: https://www.bhadanisrecordedlectures.com/courses/QUALITY-CONTROL--QUALITY-ASSURANCE-CIVIL-61974c570cf23d7cc6e57da6
Yes. The rebound hammer test is included.
It is used for a quick surface-based assessment of concrete uniformity and relative hardness.
It should not be treated as the only basis for an important structural decision. Results need proper interpretation and may require confirmation by other methods.
Yes. Ultrasonic pulse velocity testing of concrete is included.
It helps assess concrete uniformity and may indicate internal cracks, voids, or differences in concrete quality.
Yes. Pile integrity testing is covered.
It helps assess the continuity of a pile and identify possible changes, defects, or irregularities along its length.
Curing supports strength development, reduces moisture loss, limits surface cracking, and improves durability.
Engineers commonly check formwork, reinforcement, cover, embedded items, cleanliness, levels, access, approved materials, and inspection clearance.
Checks may include workability, placement method, compaction, layer control, pour continuity, sample collection, finishing, and weather protection.
Yes. The fineness test of cement is included.
Fineness affects hydration, early strength development, workability, and the behaviour of cement in concrete or mortar.
Yes. Initial and final setting times of cement are explained.
It indicates the period available before cement paste begins losing its workable condition.
It indicates the stage at which the cement paste has substantially hardened according to the test procedure.
They help assess whether cement is suitable for mixing, placing, finishing, and normal construction operations.
Check the manufacturer, batch details, condition of bags, storage, age, signs of moisture, lumps, and approved test documents.
Poor storage can expose cement to moisture, causing lumps, reduced quality, and financial loss.
No. Hard lumps may indicate moisture exposure and deterioration. The material should be assessed before use.
Yes. The cement-related lessons help learners connect test results with practical site-quality decisions.
Course link: https://www.bhadanisrecordedlectures.com/courses/QUALITY-CONTROL--QUALITY-ASSURANCE-CIVIL-61974c570cf23d7cc6e57da6
Yes. Sieve analysis of fine aggregate is included.
Sieve analysis determines particle-size distribution and helps assess whether aggregate grading is suitable for the intended construction work.
Proper grading can improve packing, workability, strength, stability, and material efficiency.
Yes. Aggregate impact value testing for road construction is included.
It indicates the resistance of aggregate to sudden impact or shock.
Yes. The Los Angeles abrasion value test is included.
It indicates the resistance of aggregate to wear, rubbing, and repeated mechanical action.
Yes. Flakiness index testing is included.
It measures the proportion of aggregate particles that are thin compared with their other dimensions.
Yes. Elongation index testing is included.
It measures the proportion of aggregate particles that are excessively long compared with their other dimensions.
Excessive flaky or elongated particles may affect compaction, stability, strength, and performance.
Yes. Both properties are included.
It indicates how much water an aggregate can absorb and affects mix-water calculations and durability considerations.
Yes. This test is included as well.
Yes. Bulk density and void-content testing are included.
It indicates the mass of aggregate occupying a given bulk volume, including the spaces between particles.
Yes. Bulking of fine aggregate is explained.
Bulking is the increase in apparent volume of damp fine aggregate due to a thin moisture film around the particles.
Ignoring bulking can lead to less sand being added than required, affecting mix proportions and work quality.
Course link: https://www.bhadanisrecordedlectures.com/courses/QUALITY-CONTROL--QUALITY-ASSURANCE-CIVIL-61974c570cf23d7cc6e57da6
Yes. Water absorption of bricks is included.
It gives an indication of brick porosity and helps assess quality, durability, and likely behaviour during construction.
Yes. Compressive strength of bricks is included.
It indicates the load-carrying capacity of the brick under compression.
Yes. Types of bricks according to shape are covered.
Check dimensions, shape, edges, colour, cracks, soundness, water absorption, strength, and approved sample requirements.
Proper stacking reduces breakage, contamination, and unnecessary material wastage.
No. Visual inspection is useful, but required laboratory tests and project specifications should also be considered.
Yes. Brick properties and testing help learners understand the material-quality side of masonry work.
Approval confirms that the material meets project requirements before large quantities are incorporated into permanent work.
Yes. Water content of soil by the oven-dry method is included.
Moisture affects compaction, density, bearing behaviour, earthwork handling, and pavement performance.
Yes. The sand-replacement method is explained.
It checks whether compacted soil or granular material has achieved the required field density.
Yes. The core-cutter method is included.
It is generally useful for suitable cohesive soils where an undisturbed core can be obtained.
Yes. Specific gravity of soil by the density-bottle method is included.
Yes. Liquid-limit determination by cone penetration is included.
They help classify fine-grained soils and understand how their behaviour changes with moisture.
Yes. The California Bearing Ratio test is included for evaluating the supporting strength of subgrade and pavement materials.
Course link: https://www.bhadanisrecordedlectures.com/courses/QUALITY-CONTROL--QUALITY-ASSURANCE-CIVIL-61974c570cf23d7cc6e57da6
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