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Hourly Analysis Program
Special Engineering

Hourly Analysis Program

The Hourly Analysis Program from MEP Qatar equips professionals with the skills in designing HVAC systems using HAP, a powerful tool for designing systems, analyzing designs, and sizing components. The HAP course is structured to provide theoretical knowledge and practical skills in using HAP. Join HAP training to become an expert HVAC designer.

4.5+ Reviews

Overview of HAP Training Offerings

The HAP software training covers all aspects of using the HAP software.

What will you learn from the HAP class?

  • Gain knowledge in making precise load calculations with HAP
  • Acquire skills of ASHRAE standards for load calculations
  • Become proficient in equipment sizing
  • Become an expert in creating energy-efficient system design
  • Get hands-on training in using HAP software

HAP Training Course Syllabus

The Hourly Analysis Program training from MEP Qatar includes the following topics.

Have an overview of the software, the user interface, libraries, and the basics of navigation
Learn about the basic components of HVAC systems
Study the basics of system design in HAP
Know the basics of energy simulation and report generation

Understand how to start a new project file and the information to be included in the file
Find out the definition of libraries and how to define the geometry of a building
Learn about the schedules of lighting, HVAC functions, and the usage of equipment
Study how to set up air ventilation and link air spaces
Practical training with real exercises

Understand the external load factors like solar radiation and infiltration
Know the internal load factors, such as lighting and the number of occupants
Study the data inputs for making load calculations
Learn the step-by-step process for making cooling and heating load calculations
Become familiar with the preparation and interpretation of reports with HAP

Have an overview of the various types of system designs in HAP
Understand the design of airside and waterside systems
Study how to make equipment sizing and create schedules for system operation.
Learn about reporting and interpretation of results
Hands-on training

Understand the importance of energy analysis with HAP and the benefits of making hourly analysis
Learn in detail about the energy simulation workflow and the steps involved in it
Find out the inputs needed for evaluating the building performance and modeling for evaluating system performance
Study different types of analysis, including time-step energy use analysis, peak demand analysis, etc.
Know the generation of detailed summaries and reports

Study the significance of ventilation for maintaining the best indoor air quality and its impact on heating and cooling load calculation
Have an overview of the different types of ventilation in HAP, such as centralized, decentralized, baseline, and optimized
Learn how to make ventilation load calculations and energy simulations
Understand the strategies used for comparing the different ventilations
Practical sessions with real examples

Learn how to avoid oversizing and undersizing of equipment and make the right selection
Study the factors to consider for selecting airside equipment, like supply fans, return fans, air handling units, and fan coil units
Know the criteria for selecting waterside equipment, such as pumps, boilers, and chillers
Understand how to make the right selection of duct equipment and energy-efficient equipment
Practical application in equipment selection in HAP

Have an overview of the role of HAP in energy optimization
Study how to optimize the HVAC system, envelope, controls, schedules, and Indoor Air Quality
Learn the evaluation of the potential for using renewable energy sources like solar and wind.
Know the strategies for energy optimization, like the night setback strategy, air temperature reset strategy, shading strategy, and passive design strategy.
Understand the various analyses made in HAP, such as orientation analysis, payback analysis, cost analysis, etc.

Find out the benefits of HAP automation over manual inputs and the role of HAP automation in making HVAC analysis
Understand how to use material libraries, equipment libraries, and lighting libraries in HAP for automation
Learn about template automation, simulation automation, zone automation, system automation, and equipment automation with HAP.
Find out how to automate hourly simulations using HAP and run multiple cases simultaneously. Study auto-generation of reports, schedules, load calculation results, and summaries in HAP.
Have an overview of the advanced practices in automation to stay updated.


Career Opportunities After Successful Training

After completing the Hourly Analysis Program HAP you can explore a variety of roles in the HVAC and MEP industry. The roles you can pursue include HVAC designer, HVAC performance analyst, HVAC modeler, MEP designer, and HVAC project engineer in industries such as HVAC consultancies, construction firms, infrastructure companies, and building design companies.

Outcome of the HAP Training Certification

When you finish the HAP software class, you will

Certificate Image
1

Get technical skills in using the software with the HAP Hourly Analysis Program

2

Make accurate heating and loading calculations

3

Gain an edge in the job market and improve the chances of employability

4

Acquire a globally recognized certificate to prove the skills earned

5

Become industry-ready and be confident to face the real-world challenges


Why Choose MEP Qatar for Professional HAP Training Course in Qatar?

MEP Qatar has the reputation of being one of the top institutes for providing short-term technical courses for professionals to upgrade and update themselves. You should join it for HAP training Qatar because of the:

  • Comprehensive syllabus that includes all topics
  • Instructors who provide training both theoretically and practically
  • Flexible classes to suit all
  • Placement support and career guidance
  • Certificate at the end of the course.

Faq

HAP refers to the Hourly Analysis Program, a powerful software. The software was developed by Carrier and is used for HVAC system design. It is of great help in making load calculations and sizing equipment.

The system requirements include Windows 10 or 11, RAM minimum of 8GB but 16GB will be better, a hard disk space of at least 2GB, and a processor similar to or better than Intel i5.

The uses of HAP are energy modeling, energy efficiency, energy analysis, system design, equipment selection, cost analysis, load calculation, and report generation. HAP provides better results than manual calculations.

HAP is a software, and the calculations are based on ASHRAE standards. HAP follows ASHRAE-based methods for load calculations, energy simulation, and equipment sizing. The method gives accurate results, and so, it is used by HVAC design professionals.

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Ratings & Reviews

4.5

Rated 4.5 out of 100 Ratings

5 star
57%
4 star
21%
3 star
10%
2 star
4%
1 star
7%

Featured review

Ahmed

Ahmed

I am an MEP engineer. I joined the HAP HVAC software course to use HAP for load calculations. It was very useful for me. Now, I can calculate loads precisely and swiftly.

Fatima

Fatima

I finished my green building design course recently. I was skeptical of learning HAP because I thought it was very complex. But thanks to the trainers in MEP Qatar, I understood all about HAP clearly.

Khalid

Khalid

The practical training was extremely useful for me to clear my interview and get a job as an HVAC designer.

Aisha

Aisha

The certificate that I got after completing the certified HAP training program added a lot of weight to my resume and was useful to enhance my career.

This course includes:

Lectures 21 Lectures
Duration 44 Hour
Language English
Certificate Yes

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