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Urban Infrastructure Estimation and BOQ Preparation – Professional Certification
Language: ENGLISH
Instructors: BHADANIS QUANTITY SURVEYING & ESTIMATION TRAINING INSTITUTE SINCE 2016
Validity Period: 365 days
Why this course?
Urban infrastructure is the backbone of every city—encompassing roads, bridges, drainage, water supply, sewerage, street lighting, utilities, landscaping, and solid waste management systems. To ensure these projects are planned, executed, and delivered efficiently, engineers and quantity surveyors must possess a strong understanding of estimation and BOQ (Bill of Quantities) preparation.
This Professional Certification on Urban Infrastructure Estimation and BOQ Preparation is designed to help civil engineers, project estimators, quantity surveyors, and site managers master the principles, calculations, and documentation methods used in the estimation process for large-scale urban development projects. The course is tailored for projects following Indian standards such as CPWD, MoUD, and PWD SORs, and is also relevant to Smart City and AMRUT initiatives.
The program provides a complete understanding—from data collection and survey interpretation to detailed rate analysis and BOQ documentation—ensuring participants gain both theoretical knowledge and practical skills applicable in real-world projects.
The main objective of this course is to equip professionals with end-to-end skills in estimation, costing, and BOQ preparation for urban infrastructure works, including roads, drains, utilities, public spaces, and municipal facilities. Participants will learn how to interpret drawings, quantify materials, apply correct rates, and prepare clear, auditable BOQ documents used for tenders, contracts, and billing.
This course is ideal for:
Civil Engineers and Assistant Engineers working with ULBs, PWDs, or Smart City projects.
Quantity Surveyors and Estimators involved in municipal or infrastructure projects.
Project Managers and Site Engineers responsible for cost planning and control.
Consultants, Contractors, and Engineers-in-Charge preparing tender documents and estimates.
Fresh graduates aiming to build a strong foundation in infrastructure estimation practices.
The course consists of 15 comprehensive modules, each broken into four submodules, progressing from basic understanding to advanced estimation and documentation techniques.
This module builds the foundation by explaining what constitutes an urban infrastructure project and how different sectors are interconnected. Participants understand the roles of key agencies such as CPWD, Smart City Mission, PMAY, and AMRUT, and how these influence project design, approval, and funding.
Overview of urban components such as roads, drains, water, and electrical networks.
Classification of projects – greenfield, brownfield, and retrofitting.
Stakeholders and institutional frameworks.
Project lifecycle, from concept to commissioning.
This module explains the basic theory behind estimation, why it is required, and how different types of estimates (preliminary, detailed, revised) are used throughout a project’s life.
Key components of a BOQ: description, unit, quantity, rate, and amount.
Estimation formats as per CPWD and MoUD.
Importance of standard methods of measurement.
The role of estimation in budgeting and tendering.
Accurate data is the foundation of accurate estimation. This module covers the process of data collection and field measurement that leads to precise quantity calculations.
Survey types for urban projects.
Mapping, topographic data, and identification of underground utilities.
Preparing cross-sections and longitudinal sections.
Translating survey data into quantifiable estimates.
Road works form a large part of urban budgets. This module teaches how to calculate quantities for different layers of roads—subgrade, GSB, WMM, DBM, BC, or PQC.
Earthwork and granular layer estimation.
Bituminous and concrete pavement calculations.
Ancillary works like medians, curbstones, and footpaths.
BOQ preparation for each road element with unit rate analysis.
A well-designed water supply system is critical for any urban development. Participants learn how to compute material quantities and prepare cost estimates for complete water distribution networks.
Estimating pipe lengths and fittings.
Calculation of valve chambers, thrust blocks, and service connections.
Excavation, laying, and backfilling cost estimation.
BOQ documentation for pipelines and appurtenances.
This module covers estimation techniques for underground and surface drainage works, which form an essential part of urban infrastructure.
Sewer and stormwater line quantities based on drawings.
Estimation of manholes, chambers, and pumping units.
Material and labour cost breakdown for RCC and brick drains.
Rate analysis and preparation of drainage BOQ.
Electrical infrastructure adds safety and aesthetics to urban areas. This section teaches the estimation of underground cable ducts, junction boxes, and street lighting poles.
Ducting and cable trench quantities.
Pole foundation estimation.
Earthing and junction box calculations.
BOQ and cost summary for lighting and power distribution.
This module discusses aesthetic and environmental works such as urban parks, walkways, and green belts.
Estimation of horticultural components like grassing, shrubs, and trees.
Hard landscape works like benches, pavers, and bollards.
Quantities for irrigation and water features.
BOQ for streetscape enhancement projects.
With increased urban flooding, this module focuses on estimating systems that improve stormwater management and water recharge.
Quantities for catch pits, recharge wells, and pipelines.
Design-based estimation for storage and pumping structures.
Rate analysis of stormwater infrastructure.
BOQ documentation for sustainable urban water systems.
Urban waste systems include segregation, collection, and treatment infrastructure.
Estimation for transfer stations and segregation units.
RCC platforms, bins, and sheds.
Composting pit and MRF building estimation.
BOQ and costing for solid waste management facilities.
This module introduces estimation for complex transport infrastructure—flyovers, bridges, and underpasses.
Quantities for earthwork and embankments.
Reinforced concrete structures: piers, abutments, girders.
Estimation of steel reinforcement and shuttering.
BOQ for elevated road corridors and transport hubs.
Public facilities such as bus shelters, toilets, and offices form vital parts of city infrastructure.
RCC, masonry, and finishing quantity calculations.
Plumbing, sanitary, and electrical quantities.
Cost estimation for civic buildings.
Abstract cost and BOQ preparation for built structures.
This module is central to estimation accuracy, teaching participants how to derive correct rates.
Material, labour, and equipment component costing.
Rate analysis format as per DSR and state SOR.
Applying cost index for project location and inflation.
Escalation factors and market rate justification.
Participants learn to compile, cross-check, and finalize BOQs ready for tender or billing submission.
Item numbering and logical sequencing.
Preparing abstract cost sheets and summaries.
Verification and approval workflow.
Documentation and submission procedures for tenders.
The final module brings together all learning with hands-on examples and real project insights.
BOQ preparation for an urban redevelopment project.
Estimation for integrated utility corridors.
Combined estimation of road, drain, and electrical works.
Common mistakes and corrective measures in estimation.
The course is structured around realistic project-based learning, where every concept is linked with field examples such as Smart City upgrades, urban roads, stormwater networks, and public amenities. Participants learn to interpret drawings, extract quantities, calculate costs, and prepare complete BOQ documents manually and through structured documentation formats.
Special focus is given to:
Understanding SOR and DSR application.
Cost allocation for multiple services in one corridor (e.g., road with drainage and electrical duct).
Abstracting quantities from combined drawings.
Coordination between design, estimation, and billing teams.
At the end of the course, participants undergo a practical assessment based on BOQ preparation and rate analysis for a model project. Upon successful completion, participants are awarded a Professional Certification in Urban Infrastructure Estimation and BOQ Preparation, which adds significant value to their career prospects in both government and private sectors.
After completing this certification, learners will be able to:
Prepare precise and detailed BOQs for various urban infrastructure components.
Conduct accurate rate analysis for civil, electrical, and utility works.
Apply standard measurement rules and cost indices as per CPWD/PWD norms.
Develop reliable cost estimates for tendering, budgeting, and execution.
Ensure transparency, accountability, and efficiency in project cost management.
Urban India is undergoing a major transformation, with large investments in Smart City missions, municipal infrastructure, and urban mobility. These projects demand skilled professionals who can prepare accurate cost estimates and clear documentation to avoid cost overruns and disputes.
This course bridges the gap between field engineering and office estimation, helping professionals translate drawings into numbers, numbers into cost, and cost into control.
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