G+11 Building Estimation & Quantity Take-Offs (Practical Case Study), with rate analysis
β±οΈ Length: 1.5 total hours
π₯ 34 students
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- Course Overview
- Dive deep into the practical intricacies of quantifying construction elements specifically for G+11 high-rise structures.
- Gain a comprehensive understanding of the entire estimation lifecycle, from initial take-offs to the final cost breakdown.
- Explore a realistic case study environment to solidify theoretical knowledge with hands-on application.
- Master the art of accurate cost prediction, a critical skill for project success in the demanding high-rise sector.
- Understand the financial roadmap of a multi-story building project through diligent quantity surveying.
- This intensive workshop is designed to equip you with the essential tools and methodologies for robust building cost assessments.
- Focuses on the systematic breakdown of a G+11 building’s components for precise quantification.
- Emphasizes the foundational steps in preparing an accurate and defensible Bill of Quantities (BOQ).
- Provides a structured approach to managing project expenditures through meticulous quantity take-offs.
- Prepares participants to navigate the complexities of cost control in mid-rise construction projects.
- Requirements / Prerequisites
- Familiarity with basic construction terminology and building components is advantageous.
- A foundational understanding of mathematical principles, particularly arithmetic and basic algebra, is expected.
- Prior exposure to construction drawings or architectural plans would be beneficial but not strictly necessary.
- A willingness to engage with detailed measurements and calculations is key.
- Participants should possess a laptop or computer with Microsoft Excel installed for practical exercises.
- No prior specialized software knowledge is required, as the focus is on Excel-based estimation.
- Enthusiasm for developing precision in cost estimation is a primary requirement.
- An interest in the construction industry and its financial aspects will enhance learning.
- The ability to follow step-by-step instructions is crucial for successful completion.
- Basic computer literacy is assumed for navigating software and files.
- Skills Covered / Tools Used
- Proficiency in reading and interpreting architectural and structural drawings for quantity extraction.
- Developing systematic methods for measuring and documenting construction materials and labor.
- Skill in calculating material volumes and dimensions from scaled drawings.
- Understanding the principles of reinforcement detailing and its impact on quantity.
- Ability to apply standard construction rates to quantified items for cost derivation.
- Competency in utilizing Microsoft Excel for data management, calculations, and BOQ generation.
- Techniques for performing independent rate analysis for various construction trades.
- Developing critical thinking to identify potential discrepancies or omissions in project documentation.
- Effective communication of cost estimates and their underlying assumptions.
- Microsoft Excel will be the primary tool for all data manipulation and reporting.
- Participants will practice **dimensional analysis** to ensure accurate quantity calculations.
- Familiarity with **unit of measurement conversions** will be implicitly reinforced.
- Benefits / Outcomes
- Graduates will be equipped to contribute effectively to the pre-construction phase of high-rise projects.
- Enhanced employability in roles related to cost management, estimation, and quantity surveying.
- Ability to independently prepare accurate cost estimates for G+11 buildings.
- Confidence in performing detailed quantity take-offs for complex structural elements.
- A practical understanding of how project costs are structured and derived.
- Improved decision-making capabilities regarding project budgeting and financial planning.
- The practical case study will build a portfolio-ready understanding of real-world estimation challenges.
- Participants will gain insights into the factors influencing construction costs.
- Develop a strong foundation for further specialization in construction cost engineering.
- Empowerment to identify cost-saving opportunities through accurate quantification.
- Understanding the link between design specifications and project expenditure.
- The course fosters a systematic and logical approach to problem-solving in cost estimation.
- Participants will emerge with practical, immediately applicable skills.
- PROS
- Highly focused on a specific building type (G+11 high-rise), providing specialized expertise.
- Practical case study ensures real-world applicability of learned concepts.
- Intensive and concise format (1.5 hours) respects participants’ time.
- Emphasis on both quantity take-offs and rate analysis offers a holistic view of cost estimation.
- Leverages accessible software (Excel), making it easy for participants to continue practicing.
- Small class size (34 students) potentially allows for more personalized attention and interaction.
- Covers essential components from structural elements to finishing works.
- CONS
- The short duration (1.5 hours) may limit the depth of coverage for highly complex sub-topics.
Learning Tracks: Hindi,Teaching & Academics,Engineering
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