Building Project HVAC Design & Drafting Course
Join our Building Project HVAC Design & Drafting Course
MEP Academy
Noblesville, IN 46060, USA
About This Course – HVAC Design and Drafting for Building Projects
The HVAC Design and Drafting for Building Projects course is a comprehensive professional program designed to equip engineers, architects, and MEP professionals with the knowledge and skills required to design, size, and draft heating, ventilation, and air-conditioning systems for modern buildings. From small residential villas to large-scale commercial complexes and high-rise towers, HVAC plays a crucial role in ensuring thermal comfort, indoor air quality, and energy efficiency. This course not only focuses on theoretical foundations but also emphasizes real-world applications, drafting standards, and industry best practices to prepare learners for careers in the construction and MEP sectors.
Course Purpose
This course bridges the gap between theory and practice by combining fundamental HVAC design principles with advanced system selection and drafting techniques. Participants will learn how to perform accurate load calculations, select appropriate HVAC systems for different building types, size and select major equipment (chillers, AHUs, FCUs, pumps, cooling towers, fans), and prepare professional HVAC drawings. The aim is to build confidence in handling complete HVAC projects from concept to construction documentation.
Who This Course Is For
Mechanical Engineers & MEP Professionals seeking specialized knowledge in HVAC design.
Draftsmen and CAD Technicians looking to upgrade their drafting skills to industry standards.
Facility Managers and Contractors who want to understand system layouts and equipment requirements for smooth execution.
Students and Graduates pursuing a career in building services engineering.
Architects and Project Managers who need technical insight into HVAC coordination with other building systems.
Key Features
Comprehensive Learning Path: Covers fundamentals, load calculations, system selection, equipment sizing, duct/piping design, controls, drafting, and codes.
Hands-On Drafting: Learn to develop professional HVAC layouts, schematics, and BOQs using standard drafting practices.
Case Studies & Real-World Applications: Gain exposure to sample projects, including residential villas, mid-rise office buildings, and high-rise towers.
Codes & Standards Focus: Understand compliance with ASHRAE, SMACNA, NFPA, LEED, and regional building codes.
Capstone Project: Apply knowledge to a full-scale building project, preparing complete design and drafting documentation.
Industry Relevance: Practical training aligned with consultancy firms, design offices, contractors, and project management practices.
What You Will Learn
Fundamentals of HVAC design, psychrometrics, and load calculations.
Methods of system selection for different building types (chilled water, VRF/VRV, packaged units, etc.).
Equipment sizing techniques for chillers, pumps, AHUs, FCUs, and fans using both formulas and manufacturer catalogs.
Duct and piping design, including sizing, routing, and drafting techniques.
Air distribution principles, noise control, and diffuser/grille placement strategies.
Hydronic system design with pump head calculations, valve selection, and expansion devices.
Control systems and BMS integration, including schematic drafting for automation.
Compliance with fire safety, smoke management, and green building requirements.
Preparation of BOQs, schedules, and professional construction documents.
Benefits of the Course
Skill Development: Gain strong technical and drafting skills to handle HVAC design independently.
Certification: Earn a certificate in HVAC Design and Drafting for Building Projects, boosting your professional profile.
Career Opportunities: Qualify for roles such as HVAC Design Engineer, MEP Draftsman, Project Engineer, and Energy Consultant.
Practical Edge: Build familiarity with industry tools, thumb rules, and workflows used in real consultancy and contracting projects.
Professional Growth: Enhance your ability to coordinate with architects, civil engineers, and electrical engineers in multi-disciplinary projects.
Learning Outcomes
By the end of this course, participants will be able to:
Perform detailed cooling and heating load calculations for buildings.
Select suitable HVAC systems and size equipment for efficient performance.
Draft HVAC drawings that align with industry standards and codes.
Integrate HVAC systems with other building services and BMS.
Deliver a complete HVAC design package for real-world projects.
This course is a career-focused training program that not only builds technical expertise but also instills the confidence required to lead HVAC design and drafting tasks in building projects of all scales. It is an essential learning journey for anyone looking to excel in the MEP engineering and construction industry.
Course Overview – HVAC Design and Drafting for Building Projects
The HVAC Design and Drafting for Building Projects course provides a structured and practical approach to understanding, designing, and documenting HVAC systems for a wide range of building applications. It is designed for engineers, MEP professionals, draftsmen, and students who want to gain expertise in both the engineering design process and the drafting documentation workflow required in real-world projects.
This program takes participants through every stage of HVAC design — from fundamental concepts and load calculations to detailed system selection, equipment sizing, duct/piping design, drafting, and compliance with international and local standards. By combining theory with hands-on drafting practice, learners will be able to transform design calculations into professional mechanical drawings suitable for tendering, construction, and project execution.
Key Focus Areas
HVAC Fundamentals – psychrometrics, thermodynamics, IAQ, and ventilation requirements.
Load Calculations – manual and software-based approaches to accurately calculate cooling and heating loads for different building types.
System Selection – choosing the right HVAC system (chilled water, VRF/VRV, DX, rooftop, or packaged units) based on project needs, climate, and cost-efficiency.
Equipment Sizing – chiller capacity, AHU/FCU selection, pump head calculations, cooling towers, and fan sizing with catalog interpretation.
Drafting & Documentation – HVAC symbols, duct and piping layouts, equipment room drawings, schematics, BOQs, and coordination with other trades.
Air Distribution & Hydronic Systems – duct sizing, diffuser placement, pipe routing, valve and pump selection, and balancing.
Controls & BMS – automation strategies, control schematics, VAV systems, and building management integration.
Codes & Standards – compliance with ASHRAE, SMACNA, NFPA, and local building regulations, with emphasis on fire safety and sustainability.
Capstone Project – a full HVAC design and drafting package for a building project (villa, office, or high-rise), including load calculations, system selection, equipment sizing, layouts, and documentation.
Learning Format
Lectures & Theory Sessions – covering core HVAC principles and design workflows.
Practical Drafting Workshops – hands-on drafting using CAD/Revit or equivalent software.
Case Studies & Real Projects – applying design and drafting concepts to actual building types.
Assignments & Quizzes – reinforcing technical knowledge with practical exercises.
Capstone Project – a final submission integrating all aspects of HVAC design and drafting.
Outcomes of the Course
By the end of this course, participants will be able to:
Accurately calculate HVAC loads for different building projects.
Select suitable HVAC systems and properly size major equipment.
Prepare professional HVAC drawings and documentation compliant with codes.
Coordinate HVAC designs with architectural, structural, and electrical layouts.
Deliver a complete design package for tender or construction stages.
This course serves as a complete pathway into HVAC design and drafting — giving learners the technical foundation, practical drafting skills, and industry knowledge required to work confidently on building projects of any scale.
Module 1: Introduction to HVAC in Building Projects
Role of HVAC in building comfort and energy efficiency
Types of HVAC systems used in residential, commercial, and high-rise buildings
Overview of mechanical drawings and drafting importance in construction projects
Module 2: Fundamentals of HVAC Design
Psychrometrics: Air properties, psychrometric chart usage
Heat transfer basics: Conduction, convection, radiation
Indoor air quality (IAQ) and ventilation standards (ASHRAE, local codes)
Load calculation basics: Cooling & heating load components
Module 3: HVAC Load Calculations
Manual and software-based load calculations
Internal loads: Occupants, lighting, equipment
External loads: Solar radiation, walls, windows, infiltration
Peak load estimation for building projects
Case study: Cooling load calculation for a sample building
Module 4: System Selection and Design
Types of HVAC systems for building projects:
Chilled water systems
VRF/VRV systems
Packaged units and rooftop units
System selection criteria: cost, efficiency, building type, climate
Sustainability and green building considerations
Module 5: System Selection & Equipment Sizing
System Selection Criteria Refined
Matching load profiles with system type (chilled water, VRF, package units, etc.)
Lifecycle cost analysis (CAPEX vs OPEX)
Climate and building usage considerations
Equipment Sizing Basics
Chillers, DX units, VRF outdoor units
AHUs, FCUs, and package units
Pumps and cooling towers
Fans (supply, return, exhaust, pressurization)
Selection Procedures & Thumb Rules
CFM estimation based on area/occupancy
TR (Tons of Refrigeration) per square meter/square foot
Pump head calculation formulas
Manufacturer Selection & Catalog Interpretation
Reading performance curves (fans, pumps, chillers)
Equipment schedules for tender drawings
Drafting Equipment Layouts
Plant room coordination (chillers, AHUs, pumps)
Outdoor unit placement and clearances
Ducted/ductless equipment arrangement in floor plans
Case Study
Example: Sizing and selecting AHUs & chillers for a mid-rise office building
Module 6: HVAC Drafting and Documentation
HVAC symbols and conventions in mechanical drawings
Single line vs. double line diagrams
Ductwork layout and drafting standards
Piping layout (chilled water, condenser water, refrigerant lines)
Equipment room layouts (AHUs, chillers, pumps, cooling towers)
Integration with architectural and structural drawings
Module 7: Air Distribution Design
Duct design methods: Equal friction, velocity reduction, static regain
Duct sizing calculations
Diffusers, grilles, registers, and placement strategy
Noise control and acoustic considerations in air distribution
Drafting ductwork plans with proper annotations
Module 8: Hydronic System Design
Chilled water piping networks (primary, secondary, tertiary systems)
Pump selection and head calculations
Pipe sizing and routing in building projects
Valves, strainers, expansion tanks, and balancing devices
Drafting chilled water piping layouts
Module 9: Controls and BMS Integration
Role of automation in HVAC systems
Control devices: thermostats, actuators, sensors
Zoning and variable air volume (VAV) systems
Drafting control schematics for building projects
Integration with Building Management Systems (BMS)
Module 10: Codes, Standards, and Best Practices
ASHRAE, SMACNA, NFPA, and local codes
Fire safety and smoke management in HVAC design
Energy efficiency standards (LEED, Green Building, local sustainability codes)
Quality assurance in HVAC drafting and project documentation
Module 11: Capstone Project – Building HVAC Design & Drafting
Complete HVAC design for a sample building (villa/office/high-rise)
Load calculation, system selection, duct & piping design
Drafting all HVAC layouts (plans, sections, schematics)
Preparing BOQ (Bill of Quantities) and equipment schedules
Final submission and presentation
Submit detailed drawings, calculations, and a commissioning plan.
How long is the course?
The course duration is a Total of 40 to 60 hours and it varies, typically spanning several weeks with flexible scheduling options.
Is certification provided?
Yes, participants receive certification upon successful completion of the course.
Certification & Benefits – HVAC Design and Drafting for Building Projects
Certification
Upon successful completion of the course, participants will be awarded a Certificate in HVAC Design and Drafting for Building Projects. This certification validates the learner’s ability to design, size, and draft HVAC systems according to international standards and project requirements.
The certification is structured to ensure that participants not only gain theoretical knowledge but also develop practical drafting and project design skills, making them industry-ready.
Certification Title: HVAC Design and Drafting for Building Projects
Mode: Online / Blended (theory, assignments, drafting workshops, project submission)
Requirements: Completion of all modules, successful submission of assignments, and final capstone project presentation.
Recognition: Can be showcased on LinkedIn profiles, resumes, and professional portfolios to highlight specialization in HVAC and MEP design.
Benefits of the Course
1. Professional Advancement
Gain a solid foundation in HVAC system design, drafting, and documentation.
Become proficient in load calculation, equipment sizing, duct and piping layouts, and coordination with other disciplines.
Strengthen your resume with an industry-recognized certificate, enhancing employability in consultancy firms, contracting companies, and design offices.
2. Practical Skills Development
Hands-on drafting practice using industry tools (AutoCAD / Revit).
Exposure to real-world case studies, equipment catalogs, and project workflows.
Ability to translate theoretical knowledge into professional mechanical drawings ready for construction and tendering.
3. Industry Relevance
Learn codes and standards (ASHRAE, SMACNA, NFPA, LEED, and local building codes) to ensure compliance and safety.
Understand sustainable design practices and energy-efficient system selection aligned with green building initiatives.
Gain familiarity with coordination challenges in MEP projects and learn how to resolve them effectively.
4. Career Opportunities
Open doors to roles such as:
HVAC Design Engineer
MEP Draftsman
Project Engineer (HVAC/MEP)
Facilities Design Specialist
Energy & Sustainability Consultant
Enhanced job opportunities in construction companies, real estate developers, MEP consultancy firms, and facility management organizations.
5. Long-Term Growth
Build confidence to independently design and draft HVAC systems for villas, offices, hospitals, and high-rise buildings.
Develop the capability to work on large-scale projects, including international ventures.
Stay updated with modern practices such as smart HVAC systems, IoT-based monitoring, and BMS integration.
Why This Certification Matters
Earning this certification demonstrates that participants are not just familiar with HVAC concepts but are capable of producing complete, code-compliant design packages. It signals to employers and clients that the certificate holder is prepared to contribute immediately in real-world building projects, ensuring both technical quality and practical application.
Get in Touch
Contact us for inquiries about our BEMP course.