What is HVAC Design and Drafting?

HVAC design and drafting refers to the technical process of planning, designing, and creating detailed schematics for heating, ventilation, and air conditioning systems. It involves understanding system components, airflow dynamics, energy efficiency, and safety standards. With rapid construction and infrastructure growth in the UAE, learning HVAC Design and Drafting in Dubai has become a crucial skill in the engineering and construction sectors.

HVAC Design: Overview & Importance

HVAC Design focuses on planning efficient heating, ventilation, and air-conditioning systems for residential, commercial, and industrial spaces. Enroll in top-rated HVAC Design and Drafting Course Training in Dubai to gain hands-on skills. From HVAC Design Courses for Beginners to Advanced HVAC Design Training Dubai, earn certifications and become a professional in system design, drafting, and engineering. Leading HVAC Design and Drafting Institutes in Dubai offer both classroom and online HVAC Design Courses to suit every learning need.

Why Enroll in an HVAC Design Course in Dubai?

An HVAC Design course in Dubai is essential for those who aim to master the art of designing energy-efficient, reliable, and high-performance HVAC systems. This course offers comprehensive insights into the fundamentals of heating, cooling, ventilation, and air conditioning, while also equipping professionals with the necessary skills to design, implement, and maintain HVAC systems in a variety of settings. Given the growing demand for sustainable, energy-efficient buildings, HVAC professionals are increasingly sought after within the industry.

Module 1: Introduction to HVAC

• Overview of HVAC Systems
  • Types of HVAC systems and their applications
  • Basic components of HVAC systems (e.g., compressors, condensers, evaporators)
  • Psychrometrics and its relevance in HVAC design
• Air-conditioning Equipment
  • Classification of air-conditioning systems (window, split, package, VRF, central, DX)
  • Types of HVAC systems: All-Air, All-Water, Air-Water, Direct Refrigerant Systems

Module 2: HVAC Design Fundamentals

• Heat Load Calculations
  • Techniques for determining heat loads, airflow, and system sizing
  • Manual and software-based heat load estimates (e.g., E20, HAP)
  • Estimating tonnage and airflow
• Machine and Equipment Selection
  • Choosing HVAC equipment based on heat load calculations and project specifications
• Air Distribution and Ducting Systems
  • Duct sizing, routing, and selection of diffusers and grilles

Module 3: Advanced HVAC Design Systems

• Fresh Air and Ventilation Systems
  • Designing for optimal air quality and energy efficiency
  • Fresh air handling units and fan selection
• Chilled Water and Hydronic Systems
  • Design concepts for chilled water systems and pump selection
• Variable Refrigerant Flow (VRF) Systems
  • Overview of VRF systems for both residential and commercial applications

Module 4: Exhaust Air Systems

• Kitchen and Parking Exhaust Systems
  • Design principles, equipment selection, and duct routing
  • Specialized exhaust fan calculations for kitchen and parking applications
• Staircase Pressurization Systems
  • Design concepts, fan selection, and system functionality

Module 5: HVAC Software Tools

• Software for HVAC Design & Analysis
  • Carrier E-20, HAP, BETA Software, McQuay Duct Sizer, and more
  • Practical use of MS Excel and AutoCAD for HVAC design

Module 6: HVAC Drafting and AutoCAD

• Drafting HVAC System Layouts
  • Single and double-line drawings
  • Preparing shop drawings and as-built drawings using AutoCAD

Module 7: Installation and Commissioning

• Site Installation
  • Material, machinery, and manpower management
  • Installation procedures for air and water-side components
  • Safety protocols and project handover procedures

Module 8: Quality Assurance and Control (QA/QC)

• Inspection & Testing
  • Pre-inspection checks, vibration testing, and system performance testing
  • Ensuring compliance with industry standards and project specifications

Learning Outcomes: Upon successful completion of this course, participants will be able to

• Understand the core principles of HVAC design and their practical applications.
• Accurately perform heat load calculations and size HVAC equipment.
• Design air distribution, ventilation, and chilled water systems.
• Utilize industry-standard software tools for HVAC design.
• Apply international codes and standards to HVAC systems.
• Produce professional-quality HVAC system drawings using AutoCAD.
• Implement energy-efficient solutions for sustainable HVAC designs.

Top 20 Salient Features of HVAC Training at Solve Tech Technical & Occupational Skills Training:

• Expert Instruction:
  Learn from experienced instructors with real-world HVAC design expertise.
• Comprehensive Curriculum:
  A thorough understanding of HVAC systems, from basic principles to advanced design techniques.
• Hands-on Learning:
  Practical exercises and projects to ensure real-world applicability of the skills learned.
• Cutting-edge Software Training:
  Get trained on industry-standard software used in HVAC design and analysis.
• Global Industry Standards:
  Learn to design systems that meet international codes and regulations.
• Energy-efficient Design Focus:
  Learn energy-efficient practices to design sustainable HVAC systems.
• Flexible Learning Options:
  Choose between classroom-based and online learning formats.
• In-depth Equipment Selection Training:
  Learn how to select HVAC equipment based on load calculations and project specifications.
• Comprehensive Drafting Skills:
  Master AutoCAD for professional HVAC system layouts and schematic drawings.
• Advanced HVAC Systems Design:
  Learn the latest technologies like VRF systems and chilled water systems.
• International Certifications:
  Obtain certifications recognized by leading industry bodies.
• Diverse Applications:
  Learn HVAC design principles applicable to residential, commercial, and industrial buildings.
• Career Advancement:
  Enhance your career prospects with specialized knowledge in HVAC system design.
• Project Management Skills:
  Understand HVAC project planning, budgeting, and management.
• Quality Control Expertise:
  Gain knowledge in QA/QC for HVAC systems installation and commissioning.
• Real-World Case Studies:
  Analyze and solve real-world HVAC design challenges.
• Up-to-Date Course Material:
  Stay updated with the latest technologies, standards, and best practices in HVAC design.
• Interactive Training:
  Engage in interactive training methods for deeper understanding and retention.
• Global Application of Skills:
  Learn skills that are applicable to both local and international HVAC projects.
• Professional Networking Opportunities:
  Connect with industry experts and fellow students for career growth and opportunities.

Key Benefits of Our HVAC Design & Drafting Training Training in Dubai

Enrolling in our HVAC Design & Drafting Training Training Course in Dubai at Solve Tech Training Institute brings real-world advantages that go beyond just theory. Here's what makes this course the smart choice for engineers and technicians in Dubai: