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Engineering System Integration refers to the process of combining different subsystems or components into one large system, ensuring each system works together.
In the context of an architecture internship program, it might mean an understanding and application of how different engineering systems integrate into the overall architectural design. This can include the integration of structural, electrical, mechanical, and other engineered systems into the architectural design. The intern would learn not only to consider the aesthetic and functional aspects of design but also the practical application of various engineering principles.
For example, when designing a building, the architect needs to coordinate with civil engineers for structural integrity, electrical engineers for lighting and power, HVAC engineers for heating, ventilation, and air conditioning, etc. All these different systems need to work together in harmony to create a functional, efficient, and safe building.
Thus, in an architecture internship program, Engineering System Integration might involve exposure and understanding of these different aspects and their coordination for effective architectural design.
Engineering System Integration in an architecture internship program generally involves the process of establishing interconnections and harmonization among different engineering systems, processes and subsystems in a given architectural project. An intern specializing in this area learns and brings together the knowledge of mechanical, electrical, plumbing, fire safety and other related systems to create a coherent, sustainable, and effective design. This is crucial as it ensures all these components work together efficiently within the architectural design, without any conflict or functional error.
Here are some categories in the process:
This categorizes the system components, defines subsystems, scrutinizes their relationships and identifies relevant standards and constraints.
This involves the creation of system blueprints, using software tools like CAD, for the engineering systems that need to be integrated, considering both technical and non-technical requirements.
This includes the actual integration of different subsystems into a unified whole under the guidance of experienced engineers.
This is concerned with the verification of the performance and functionality of the integrated system. Any discrepancies or defects, and optimal working of the integrated systems are checked at this stage.
Adjustments are made as necessary for the optimal performance of the system which allows the process to be more efficient and sustainable.
6.This involves documenting the integration process, the changes made, tools used, and the results after integration. This often includes the design and architecture of the whole system and other post-integration activities.
This involves long-term planning regarding the maintenance, upgrading and replacing of the components of the integrated system.
This category includes gaining skills in identifying issues within the integrated system and applying appropriate problem-solving methods to restore
Remember, the work associated with each category will vary substantially depending on the specific architecture firm, the complexity of the projects, and the technologies in use.
