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This is a practical Hindi-language course for civil engineering professionals who want to improve their knowledge of quantity take-off, building estimation, costing, rate analysis, reinforcement calculations, material control, labour planning and project reporting.
The complete course details are available here:
Yes. The course can be useful for Central Government civil engineers who deal with estimates, measurements, quantities, contractor bills, project monitoring, material requirements and construction progress.
It is an independent professional training course and should not be treated as an officially sponsored departmental programme.
Yes. A Junior Engineer can join the course to improve practical understanding of quantity calculations, drawing reading, measurement procedures, reinforcement schedules, rate analysis and site reporting.
These are commonly required skills in civil engineering offices and construction projects.
Yes. Junior Civil Engineers who are newly appointed or have limited exposure to estimation work can use this course to strengthen their foundation.
The course starts with basic topics and gradually moves towards complete building estimation and costing work.
Yes. Executive Engineers may find the course useful for reviewing estimates, understanding quantity calculations, checking project costs, monitoring labour and machinery output and examining reports prepared by field staff.
It may also help them communicate more effectively with Junior Engineers, contractors and project teams.
Yes. Site engineers can join the course to understand how executed work is measured and converted into quantities, costs and progress reports.
This knowledge helps connect actual site work with estimates, budgets and contractor billing.
Yes. Construction managers can use the course to improve their understanding of project quantities, cost control, labour deployment, machinery output, material consumption and progress monitoring.
The course also includes reporting methods that can support better project decisions.
Yes. Engineers working in public-sector organisations, government corporations, development authorities and public construction bodies can join for professional skill development.
Before enrolling, employees should follow any internal permission or training rules applicable in their organisation.
No. The course is open to government engineers, private-sector engineers, consultants, contractors, architects, diploma holders and other construction professionals.
However, many topics are directly useful for engineers handling public construction projects.
No such claim should be assumed. This is an independent professional course offered by BHADANIS Quantity Surveying Training Institute.
Employees who need formal departmental recognition, reimbursement or permission should confirm the applicable rules with their own department.
The course is taught in Hindi. Technical construction terms are explained through practical examples, calculations and drawings.
This can be helpful for engineers who understand concepts better through Hindi explanations.
The main course consists of recorded lectures. Learners can study according to their own duty schedule and repeat difficult lessons when required.
Doubt support is provided according to the institute’s current support procedure.
Yes. Because the lessons are recorded, a working engineer can study after office hours, during weekends or whenever time is available.
The course is suitable for professionals who cannot attend fixed daily classes.
The stated validity period is 365 days.
Learners should complete the lectures, practice exercises and revision within the available access period.
You can visit the official course page and complete the purchase procedure:
After successful payment, the course is added to the learner’s account according to the applicable process.
The general procedure is to purchase the course, begin watching the recorded lectures, submit the required identity details through the official contact and obtain information about trainer support and doubt sessions.
For assistance, call or WhatsApp +91 8603333379.
A preview may be available for selected lessons on the official course page.
The preview can help you understand the language, teaching method and practical level of the course.
The supplied course page shows a discounted fee of ₹12,500 against a listed price of ₹20,500.
Fees and offers can change, so check the current price here:
That depends entirely on the department’s training, reimbursement and approval rules.
The employee should obtain written clarification from the competent authority before expecting reimbursement.
You may enrol personally, but government employees should follow their applicable conduct, permission and training rules.
Where official duty time, reimbursement or departmental nomination is involved, prior approval may be necessary.
A Junior Engineer is often responsible for measurements, site supervision, quantities, progress records and basic estimate preparation.
The course develops these practical skills through building examples, drawings and calculation formats.
Yes. It explains how quantities are calculated and arranged for concrete, reinforcement, shuttering, brickwork, plaster, painting and other building activities.
It also covers costing and rate-analysis concepts required for preparing estimates.
Yes. The course begins with the role of estimation professionals and basic quantity take-off concepts.
A newly appointed Junior Engineer can learn step by step and repeat the recorded explanations whenever required.
Yes. Understanding quantity take-off helps a Junior Engineer compare claimed quantities with drawings, measurements and actual work completed.
Final checking must still follow the contract conditions and departmental procedures of the concerned project.
The course teaches how construction work is identified, measured and presented in quantity formats.
This knowledge can support the preparation and checking of measurements, although departmental measurement procedures must also be followed.
Yes. The course develops the basic skill of recording dimensions, calculating quantities and presenting work in a clear tabular format.
A Junior Engineer can apply these principles while using the prescribed formats of the department.
Yes. The course covers reinforcement calculations for footing, columns, slabs, pile foundations, staircase, lift components and shear walls.
These lessons can help Junior Engineers check bar quantities and understand reinforcement details shown in structural drawings.
Yes. Bar Bending Schedule preparation is an important part of the course.
Learners study bar diameter, spacing, number of bars, cutting length, total length and reinforcement weight.
Yes. The curriculum includes preparation and analysis of daily site progress reports.
It covers manpower, machinery, materials, work completed and the overall status of the project.
Yes. Confidence improves when an engineer can read drawings, calculate quantities and explain how a figure has been derived.
Regular practice with the course examples is important for achieving this result.
An Executive Engineer may not personally prepare every calculation, but must understand how estimates, quantities, costs and progress figures are developed.
The course can strengthen the ability to review submissions and question doubtful calculations.
Yes. It explains the components of a detailed building estimate and the calculation of major civil quantities.
This can make estimate reviews more systematic and reduce dependence on unexplained figures.
Yes. The course covers costing, labour productivity, machinery output, risk analysis, material control and project reporting.
These topics can support better monitoring of expenditure against physical progress.
Yes. Rate analysis of civil works is covered through practical explanations.
An Executive Engineer can use this knowledge to examine the basis of labour, material, machinery and other cost components.
Yes. The course includes project risk analysis and action-report preparation.
This can help senior engineers identify cost, time, productivity, material and execution risks at an early stage.
Yes. Labour deployment planning, productivity and output analysis are included.
This helps in understanding whether the manpower deployed is reasonably connected with the planned work and budget.
Yes. It includes output analysis for commonly used construction machinery and transport equipment.
This knowledge can help an Executive Engineer review productivity assumptions and site utilisation.
Yes. A stronger understanding of estimates, quantities and reports helps senior officers guide their field staff more effectively.
It can also improve technical discussions during project reviews.
Yes. The syllabus includes feasibility studies, execution planning, risk considerations and business-case points.
These lessons provide a broader view of project planning beyond simple quantity calculation.
Yes. It covers daily reporting, progress analysis and S-curve understanding.
This can assist Executive Engineers in comparing planned progress with actual site performance.
Yes. Learners are shown how to identify footing, column, beam, slab, staircase and other structural information before calculating quantities.
Correct drawing interpretation is treated as the starting point of estimation.
Yes. Architectural drawings are used for calculating brickwork, plaster, putty, painting and other finishing quantities.
Learners also understand the importance of coordinating architectural information with structural information.
Yes. Quantity take-off from civil drawings is one of the main parts of the course.
Course details can be checked here:
Quantity take-off is the process of identifying construction items and calculating their quantities from drawings, specifications or site measurements.
For example, concrete is normally calculated by volume, plaster by area and reinforcement by weight.
Yes. The syllabus includes faster methods for taking quantities from civil drawings.
Speed should be developed only after the learner understands the correct measurement method and can maintain accuracy.
Yes. Beam, slab and column junctions are covered through quantity-take-off problems.
This is important because careless calculations at junctions can lead to duplication or omission of concrete quantities.
Yes. Lift-pit quantity take-off is included along with the explanation of building levels.
Learners study how depth, dimensions and structural components affect the calculation.
Yes. The course includes an example involving the volume calculation of a dome slab.
This gives learners exposure to quantity calculations for shapes that are not simple rectangular members.
The curriculum mentions project drawings for practice, including building drawings supplied for self-study.
Learners should use these drawings to repeat the calculations independently.
Yes. Experienced engineers may already know the basic formulas, but the examples can help them revise presentation, measurement sequence and checking methods.
The recorded format allows them to select the topics most relevant to their work.
Yes. The course includes concrete estimation for structural members, road work, PCC and other examples.
Learners calculate quantities using dimensions taken from drawings or given data.
Yes. PCC quantity take-off and related practice tasks are included.
The course explains how length, width and thickness are applied to obtain the concrete volume.
Yes. RCC work is covered through concrete, reinforcement and shuttering calculations.
These components are studied separately so the learner understands the complete requirement of an RCC member.
Yes. Footing estimation is included for concrete and reinforcement.
It helps engineers understand dimensions, cover, bar spacing, cutting length and reinforcement weight.
Yes. Column concrete, shuttering, vertical reinforcement and stirrup calculations are covered.
The height and cross-sectional dimensions of the column are considered in the calculation.
Yes. The course explains beam quantities along with junctions and related structural considerations.
Concrete, shuttering and reinforcement quantities are treated separately.
Yes. One-way and two-way slab calculations are included.
Learners study slab concrete, shuttering and reinforcement in both directions.
Yes. Staircase concrete volume, shuttering area and reinforcement calculations are included.
The calculations may involve the waist slab, steps, landings and associated reinforcement.
Yes. Central Government civil engineers often deal with estimates, tender quantities, contractor bills, measurements, cost checking, site progress and departmental reporting. This course can strengthen the practical understanding required for these responsibilities.
Course details:
Yes. Civil engineers working in Central Government departments, autonomous organisations, public institutions and construction-related offices can join the course for professional skill development.
The course should be treated as independent practical training and not as a replacement for departmental rules, manuals or official instructions.
Yes. Junior Engineers are regularly involved in site supervision, measurements, quantity checking, progress records and bill verification.
The course can help them understand how quantities are calculated and how those quantities are connected with actual work completed at site.
A Junior Civil Engineer may be required to read drawings, supervise construction, prepare measurements, check reinforcement and review material consumption.
The lessons on quantity take-off, concrete, brickwork, plaster, shuttering, reinforcement and reporting can improve confidence in these daily duties.
Yes. An Executive Engineer may not personally prepare every detailed calculation, but must understand how estimates, quantities, rates, contractor claims and project reports are prepared.
The course can help in technical scrutiny, review of estimates, checking major variations and understanding cost-related decisions.
Quantity estimation knowledge helps an Executive Engineer review whether quantities are reasonable, identify unusual deviations and ask the right technical questions.
It also improves coordination with Assistant Engineers, Junior Engineers, consultants, contractors and accounts personnel.
Yes. Assistant Engineers often work between field-level execution and higher-level technical approvals.
The course can help them check measurements, understand quantity sheets, review reinforcement calculations and monitor whether work is progressing within the planned quantity and cost.
Yes. Site engineers working on government buildings, housing projects, offices, institutional buildings and infrastructure-related works can join.
They can use the learning to compare drawing quantities with actual site execution.
A site engineer must understand what quantity of work has been completed and what quantity remains pending.
This course develops practical knowledge of measurement, concrete quantity, shuttering area, reinforcement weight, brickwork, plaster and finishing items.
Yes. Construction managers need to understand project quantities, labour requirements, machinery output, material consumption and cost movement.
The course covers these areas in a practical way, helping managers take better site-level and project-level decisions.
Yes. Project managers can join even when they are not directly preparing detailed estimates.
Understanding quantities and costing helps them review project performance, compare budgeted and actual consumption and identify possible cost overruns.
Yes. Maintenance work also requires quantity calculation for repair, plaster, painting, waterproofing, masonry, concrete and replacement works.
The basic principles taught in this course can be applied while preparing and checking maintenance estimates.
Yes. Renovation projects often involve uncertain quantities, dismantling, repairs and additional items.
An engineer who understands estimation can prepare better preliminary quantities and monitor actual work more carefully.
The course teaches quantity take-off and measurement logic. This knowledge helps engineers independently check quantities submitted by contractors.
The engineer must still follow the applicable contract conditions, departmental procedures and measurement rules.
Yes. Bill checking becomes easier when the engineer understands how the quantity was derived.
The course helps learners identify dimensions, units, deductions, repeated quantities and possible calculation mistakes.
The course mainly develops estimation, measurement and quantity-related skills that are important during bill checking.
Department-specific running bill procedures should be studied separately from the relevant contract documents and departmental instructions.
Yes. Final bill verification requires a clear understanding of completed quantities, measurements, variations and balance items.
The course can strengthen the basic quantity-checking ability required before reviewing a final bill.
The course teaches the method of calculating quantities from dimensions and drawings.
This knowledge can be used to cross-check whether site measurements are technically reasonable and properly connected with the executed work.
Yes. Tender estimates require accurate quantities, clear item descriptions, proper rates and a realistic understanding of execution.
The course covers quantity take-off, rate analysis and costing concepts that are useful during tender-estimate preparation.
Yes. Detailed estimation is one of the important areas covered.
Learners understand how each work item is identified, measured and presented in a systematic estimate.
Yes. The syllabus includes rough estimation techniques and project feasibility concepts.
These topics help engineers prepare an early cost indication before complete drawings and details are available.
The learning can support departmental estimate preparation by improving calculation skills and work-item understanding.
However, the final estimate must always follow the department’s current schedule of rates, specifications, manuals, approval procedures and financial rules.
Yes. The curriculum includes rate analysis through schedule-of-rates-based examples.
Learners understand how labour, materials, machinery and other cost components are considered while studying an item rate.
No. The course is mainly focused on practical estimation, costing and quantity-related skills.
Every government engineer should separately follow the latest departmental manuals, specifications, financial rules, contract conditions and official circulars applicable to the work.
No such claim should be made. This is an independent professional training course.
Promotion, departmental examination, service benefits and official recognition depend entirely on the rules of the concerned department.
The course is intended for knowledge and skill development.
Any service benefit, reimbursement, leave permission or departmental recognition must be confirmed by the employee from the competent authority.
Yes. A government employee may join for personal professional development, subject to the conduct rules and internal policies applicable to the employee.
For any official reimbursement or nomination, prior departmental approval may be required.
Yes. Planning engineers need to understand the relationship between quantities, duration, resources and cost.
The course includes labour deployment, machinery output, progress reporting and S-curve concepts that can support planning-related work.
Yes. Tender-section engineers regularly review quantities, item descriptions, rates and estimated costs.
A practical understanding of building estimation can help them identify missing items, duplicate quantities and unclear scope.
Yes. Site postings require direct involvement in measurements, quality checks, progress monitoring and contractor coordination.
The course connects drawing-based calculations with actual site activities.
Yes. Engineers working in headquarters may review estimates, tenders, approvals, variations and project reports.
The course can help them examine technical submissions with better practical understanding.
Yes. Variation checking requires comparison between the original scope and actual executed work.
An engineer who understands quantity take-off can more easily identify additional quantities, omitted quantities and changes caused by revised drawings.
The rate-analysis lessons can help engineers understand how the cost of an extra item may be built up from materials, labour, machinery and other inputs.
Official approval must still follow the applicable contract and departmental procedure.
Better measurement and quantity-checking knowledge can reduce the chances of unnoticed calculation errors or excessive claims.
The engineer must also maintain proper records, conduct site verification and follow the prescribed approval process.
Yes. Material reconciliation and wastage-control techniques are included in the course.
These topics can help engineers compare theoretical consumption with actual material use and investigate major differences.
Yes. Material reconciliation helps the project team understand whether cement, reinforcement, aggregates and other materials have been used within reasonable limits.
It also supports accountability and better project control.
Yes. Labour deployment, labour productivity, labour output and budget comparison are covered.
These lessons can help engineers understand whether sufficient labour has been deployed for the planned work.
Yes. Site managers must know whether available machinery is producing the expected output.
The course includes practical output analysis for commonly used construction machinery and transport equipment.
Yes. Daily work reporting and progress analysis are included.
Learners understand how manpower, machinery, materials and completed work quantities can be recorded in a useful reporting format.
Yes. An S-curve helps managers compare planned progress with actual progress over time.
It gives a quick view of whether the project is ahead of schedule, on schedule or delayed.
A government civil engineer may work in planning, execution, maintenance, tendering, billing or project monitoring during different stages of service.
Strong estimation knowledge makes it easier to understand project scope, verify quantities, review costs and take technically sound decisions.
Visit the official course page, read the course details and complete the admission process:
For admission-related questions, call or WhatsApp:
+91 8603333379
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