This module covers comprehensive ductwork estimation, including components like main ducts, branches, and fittings. You'll learn methods for calculating duct sizes based on airflow requirements and pressure drops, plus techniques for estimating materials such as galvanized steel, insulation, and sealing materials.

The chart shows the typical cost breakdown for ductwork systems in high-rise buildings, highlighting the importance of accurate material and fabrication estimation in controlling project costs.

This module focuses on the critical electrical and control systems that power and manage HVAC operations in high-rise buildings. You'll learn how to estimate electrical loads, calculate wiring requirements, and plan for sophisticated building automation systems.

This module covers essential knowledge about insulation materials and energy efficiency components for HVAC systems in high-rise buildings. You'll learn to select appropriate insulation types, estimate quantities accurately, and analyze the cost-benefit ratio of energy-efficient materials.

This module brings together all previous learning through practical case studies of G+45 high-rise projects. You'll work through step-by-step estimation exercises, examine real-world challenges and their solutions, and complete hands-on activities using professional templates.

The module concludes with insights into emerging HVAC technologies and their potential cost implications for future high-rise projects.

This section provides practical estimation exercises using a G+5 building as a manageable example before scaling up to larger G+45 projects. Each component is addressed with detailed calculations and real-world considerations.

This module provides practical instruction on estimating ventilation systems for multi-story buildings. You'll learn to calculate required air changes, determine appropriate equipment specifications, and estimate complete system costs.

The course includes comprehensive downloadable resources to support your learning and provide practical tools for immediate application in your professional work. These resources include calculation spreadsheets, estimation templates, reference materials, and practical examples.

All materials are designed for the Indian construction context, with consideration for local standards, available equipment, and regional climate conditions. The resources can be customized for your specific project needs.