Designing Thermal Systems and Air Conditioning in Modern Buildings

Duration (Hrs) 20 Hours/Hours

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Course Overview:

This course focuses on the fundamental concepts in designing thermal systems and air conditioning tailored to modern building standards, ensuring energy efficiency and thermal comfort for users. Participants will be trained in thermal load calculations, selecting suitable equipment, and designing HVAC systems that align with sustainable building practices and green building standards.

Course Objectives:

• Equip participants with a solid understanding of thermal systems and air conditioning design.
• Enhance skills in calculating thermal loads and determining energy requirements in modern buildings.
• Teach participants how to select appropriate equipment and employ the latest technologies for energy efficiency.
• Develop the ability to design integrated thermal conditioning systems with a focus on environmental sustainability.
• Familiarize participants with the latest standards and specifications for modern, sustainable buildings.

Course Content:

• HVAC Fundamentals: An overview of thermal conditioning and heating basics.
• Thermal Load Calculations: Techniques for calculating thermal loads and assessing building requirements.
• System Design: A step-by-step design process for HVAC systems in modern buildings.
• Equipment Selection: Criteria for selecting HVAC units and other components for thermal systems.
• Modern Technology and Sustainability: Applications of advanced technology in heating and cooling, with a focus on sustainability standards.
• Energy Control and System Efficiency: Strategies to manage and enhance the energy efficiency of thermal systems.

Target Audience:

This course is designed for engineers in HVAC and refrigeration, building engineers, and technicians specializing in thermal system design and installation. It is also ideal for students and professionals seeking to expand their expertise in advanced HVAC design, energy efficiency, and sustainable practices in their projects.