Integrated redesign of the Ministry of Education
No Thumbnail Available
Date
2024
Authors
ياسمين رواجبه
سجود تيسير
نور دراغمه
Journal Title
Journal ISSN
Volume Title
Publisher
Abstract
Integrated building design has become one of the most important requirements in the current
World.In order to ensure that buildings are created to the greatest standards and that users are
comfortable, Any structure, area, or part of a structure that is primarily or exclusively utilized
for office, administrative, or other forms of work is referred to as an office building. Based on
the principles of integrated design of the Ministry of Education building, which was designed,
constructed and the building is in operation purpose of the project to reevaluate the current
building design and performance, which is It is located in Al-Ma'ajin in Nablus Governorate
on a plot of land with a total area of 1790 square meters, which is divided into 5 floors, In
addition to a three-story basement with an area of 1361.66 square meters.
As the first stage of our project, data was gathered, and this data was then used to assess the
goals of the architectural design. We evaluated the building's vital amenities, such as
emergency staircases, before making any changes. To make sure they adhere to standards,
check elevators, parking lots, and escape routes.
The building has been assessed from an environmental point of view depending on the Revit
program and the Design Builder program. The cooling load (271Kw) and the heating load (171
Kw) were calculated, and comparing the results with those after the adjustments. The energy
consumption of the building has been estimated (70 Kw/m2).
And then the best structural system that supports the building and meets the necessary
economic criteria is selected. Next, computer programs are used to create a safe design. In this
project Investigation has been carried out by using computer programs like AutoCAD, Revit,
Etabs, Design Builder, and Lumion .
Part two of the study included the following research: further information about the passive
system's environmental design that is suggested to enhance system performance, For the
design, more thorough structural analysis was done in accordance with certain guidelines. By
integrating these intricate structural factors into the design process, the project sought to
produce a safe, affordable, and environmentally friendly solution that complies with the
required design criteria.
The project included electromechanical issues in addition to architectural and structural ones.
In order to secure these aspects, different engineering systems had to be designed and
integrated. ideal functionality and performance Through the consideration of these
electromechanical elements, the project sought to guarantee the smooth amalgamation of
diverse technical systems, culminating in a completely operational and eco-friendly structure
that fulfills the intended performance standards.
A thorough cost estimate and quantity surveying procedure were carried out as part of the
project. This required a thorough examination of the supplies, manpower, and other materials
needed for the building project, as well as an estimate of the related expenses Throughout the
project lifespan, efficient budgeting, cost control, and well-informed decision-making were
made possible by the cost estimate and quantity surveying processes, which offered insightful
information about the expected project costs.
Our project's ultimate output will be a comprehensive redesign of all engineering systems in
compliance with these kinds of building guidelines. Our project's ultimate output will be a
comprehensive redesign of all engineering systems in compliance with these kinds of building
guidelines.
Key word: environmental, office building, energy efficiency, energy consumption,
Integrated building design.