HVAC Systems

Learn to install, maintain, and repair heating, ventilation, and air conditioning systems for residential and commercial buildings. Focus on climate control and air quality.

78 courses

Foundations of Building Management Systems (BMS) and Energy Control

Learn the fundamentals of HVAC, lighting, and energy control systems to kickstart your career in building automation and modern smart facility management.
★ 4.2 (1,602)

Indoor Air Quality Fundamentals: Monitoring and Mitigation

Learn to identify indoor air contaminants, measure exposure levels, and implement modern ventilation strategies to create healthier building environments.
★ 4.7 (694)

Chilled Water Systems and AI-Powered HVAC Integration

Learn to design, analyze, and optimize modern chilled water HVAC systems using smart building automation and AI-driven energy management strategies.
★ 3.9 (291)

Revit MEP for HVAC Systems: Design and Coordination Foundations

Learn to design efficient ductwork, manage custom families, and coordinate BIM projects using Revit MEP for professional mechanical engineering.
★ 4.5 (234)

Building HVAC Design: Ventilation and Air Conditioning Fundamentals

Learn to calculate heat loads, design efficient ventilation systems, and plan air conditioning layouts for modern residential and commercial buildings.
★ 4.5 (106)

Air Conditioning System Design and Heat Load Calculation

Learn to calculate thermal loads and design efficient HVAC systems for residential and commercial spaces through clear written instruction.
★ 4.3 (57)

Modern Air Conditioning and Smart Ventilation Systems

Understand how to improve indoor air quality and reduce energy consumption using Demand Control Ventilation and smart building technologies.
★ 4.8 (34)

Foundations of MEP, AV, and Data Systems for Buildings

Learn the core concepts of HVAC, plumbing, electrical distribution, and smart building technology to understand how modern facilities operate.
★ 4.1 (31)

Zero-Energy Design: Retrofitting Buildings for Sustainability

Learn how to transform existing buildings into highly efficient, net-zero energy structures using modern sustainable design principles and energy-saving strategies.
★ 4.6 (16)

Building Ventilation and Smoke Extraction Fundamentals

Learn the core principles of fresh air circulation, natural ventilation effects, and emergency smoke management to ensure occupant safety and indoor air quality.
★ 4.9 (16)

Designing Low-Energy Buildings: Principles of Energy Demand

Learn how building design, occupancy, and modern passive strategies shape energy consumption, and acquire the skills to plan efficient, low-energy structures.
★ 4.1 (15)

Air Conditioning Equipment Selection and Design Fundamentals

Learn how to size, select, and design HVAC systems, including chillers, air handling units, and piping networks for efficient building climate control.
★ 4.5 (13)

Designing Efficient HVAC Systems for Low-Carbon Buildings

Learn to evaluate energy conversion technologies, optimize air distribution, and reduce carbon emissions to create comfortable, highly efficient indoor environments.
★ 4.8 (12)

Building Design for Thermal Comfort and Indoor Health

Learn to design healthy, energy-efficient indoor environments by understanding thermal comfort, ventilation standards, and modern HVAC technologies.
★ 4.2 (8)

Data Center HVAC Foundations: Modern Cooling and Energy Efficiency

Master the essentials of data center cooling, airflow management, and modern thermal design to keep critical infrastructure running efficiently.
★ 1.0 (1)

HVAC Fundamentals: From Electrical Basics to System Diagnostics

Master heating, ventilation, air conditioning, and electrical essentials to confidently understand and troubleshoot residential systems.

HVAC Systems Design, Application, and Energy Efficiency

Learn the fundamental principles of heating, ventilation, and air conditioning design to create comfortable, compliant, and energy-efficient indoor environments.

HVAC System Fundamentals for Aspiring Technicians

Learn the core principles of heating, ventilation, and air conditioning to confidently begin a career in the field.

Carbon Balance and Energy-Efficient Building Design

Learn the fundamentals of sustainable construction, emission modeling, and eco-friendly material selection to design energy-efficient, low-carbon buildings.

Introduction to Heat Exchangers: Fundamentals and Design Analysis

Master the essential thermal principles, sizing calculations, and design methodologies to evaluate, select, and analyze heat exchangers for modern industrial systems.
Showing 20 of 78 courses