Steps to design a professionally effective digital twin

Professionally effective digital twin design , comes within the framework of responding to the requirements of the contemporary digital revolution. It also embodies the concept of digital twins, which is a digital representation or digital modeling that simulates reality, whether for biological material elements, machines, equipment, and service processes. This is within the framework of issuing digital copies that are identical to the original in its life cycle and the obstacles it encounters, as well as what stimulates its existence and productivity. This is not only what the digital twin offers, but also contributes to giving direct warnings when exposed to any future defect. It also alerts the components of artificial intelligence to avoid and overcome this error; In order to preserve the original copy intact and correct, it is therefore very necessary to know and master the steps of designing an effective and professional digital twin, which we will review successively through the folds of this article on the Ramoq website .

Steps to design a professionally effective digital twin

The steps to professionally design an effective digital twin are as follows:

Determine the basic requirements for an effective digital twin design.
Securing developer interfaces for Digital Twin design.
Initialize the necessary data for digital forms.
Virtual modeling process in efficient digital twin design
Compilation of final results for an efficient digital twin design.
The ultimate digital twin update
Determine the basic requirements for the design of digital twins
An effective digital twin design often depends on having a dedicated cloud-based digital platform or gateway, and then securing the following prerequisites:
- The need to create a free account on the approved work platform.
- Download samples of pre-existing samples on the computer, or copy these samples to special files in the device.
- Securing the data needed to create digital forms.
- Provide the digital environment to create a digital twin depending on the platform that adopts the design.
- The need to obtain the required permissions to prepare the digital modeling.
- Follow the pre-existing instructions for the modeling hostname and sign up for the approved digital portal.
  Securing developer interfaces for Digital Twin design
  Developer interfaces are defined as the field that allows the necessary data of a physical object to be transmitted and exchanged into its replicated digital form. Accordingly, a professional designer who is experimenting with creating digital duplexes should; Accurately secure developer interfaces. This requires him to have real knowledge and prior familiarity with the use of programming packages and languages for developer interfaces. that are necessary to ensure the success of the digital twin design steps.
  Initialize the necessary data for digital forms
  The steps of designing an effective digital twin must be implemented with accuracy and professionalism, and adherence to securing the necessary data for the digital twin process. Especially since the design process never takes place without an integrated knowledge of the data of the actual physical element, in order to build virtual models that simulate reality and match its states and behaviors as well. This physical object data is often associated with the following points:
  - Specific design specifications, production stages and engineering data all fall under the product life cycle.
  - Factual data also relates to the information of the equipment and machinery produced, the production methods used, and the steps to monitor the quality of the products.
  - Plus, track data to operating mechanism, maintenance information, graphical analysis, and actual times.
  - Also linked to the whole business data, default expiration instructions for items and products.
  Modeling process for designing an efficient digital twin
  Modeling process: The process that involves creating virtual digital models of a real-world physical object. It is also one of the most important steps in designing an effective digital twin. It collects data on physical objects and analyzes them in a cloud-based way to create digital models that mimic the original and contribute to:
  - Show all practical effects of the default model.
  - Extrapolating the future states of the physical being, and the problems and challenges it encounters.
  - As well as prediction by studying the different behaviors of the cloned elements.
  - Description of many cases and procedures based on artificial intelligence algorithms, engineering simulations, and the Internet of Things.
    Compilation of final results for an efficient digital twin design
    The phase of collecting and linking the results is an important and essential step in designing an effective and professional digital twin. Where it is necessary to collect all the results of the virtual models and structure them in a consistent and organized way to present them in their final form in the digital work environment. Including assembling digital twins of industrial machines and integrating them into double working lines to double production. Which in turn will be reflected positively on the level of all plant equipment and machines, which in turn will apply the Digital Twin technology.
    Digital Twin Update
    The steps to design an effective digital twin include the possibility of updating it, which are represented by the following basic points:
    - Complete update of the sub-specification of the actual object's properties.
    - Updates digital twins models by correcting the descriptions of the data stored within them and the model of each model.
    - Updates the properties of the static physical object and modifies its associated default model according to its recent updates.
    Effective digital twin design criteria
    The design of a digital twin must include several essential points to ensure its effectiveness and feasibility of use, especially in industrial fields, according to the following criteria:
    - The digital twin must be a practical investment by employing it in prominent business sectors, especially factories, commercial and service institutions.
    - It should also support the architecture of the processing and control systems necessary to complete the virtualization processes.
    - It is also preferable to design an effective digital twin at the lowest cost, and directly supportive of achieving the goals of industrial, technical and commercial projects.
    - In addition, it is imperative that digital twins allow all safe checks to run for any practical updates.
    - In addition, the design of digital twins should allow universal training.
    - Virtual models are easy to use, accurate digital representations of real-world physical objects.
      The importance of an efficient digital twin design
      The importance of an effective digital twin design is demonstrated by the prominent role played by the digital twin technology in the following:
      - Forecasting the path and performance of products in all its accurate details, and surveying potential weaknesses. As well as controlling and avoiding them through digital virtual copies, which achieves remarkable acceptance by actual customers. Thus, it increases the marketing process and achieves abundant profitability and better productivity.
      - It is possible, through following the correct steps, to design digital twins; Predicting customers' desires and their preferred products. And then focus on it during the manufacturing and marketing operations, and this in turn contributes to the acceleration of sales and increase profits.
      - Digital twins can help industrial engineers predict the course of action of industrial machinery and equipment.
      - Digital Twin technology is important in the areas of data analytics, the Internet of Things, and artificial intelligence algorithms.
      Benefits of digital twin technology
      The benefits of a digital twin are as follows:
      - Reducing costs resulting from maintenance work through digital virtual versions that predict operating paths and risk factors, which contributes to reducing the volume of funds allocated for various repairs.
      - Securing a training field for the staff of workers, and preparing them to deal with the expected accidents predicted by the hypothetical models.
      - Improving the performance of manufacturing machines and equipment, as well as creating new methods to properly deal with any technical obstacle facing the production path.
      - Monitoring the work mechanism through the digital twin technology in many areas, including the industrial, construction and trade sectors. This is in order to reduce the number of actual workers responsible for monitoring and tracking the work of industrial machines, and to save their wages in the foreseeable future.
      Uses of digital twins
      Digital twin technology is used in many areas of life, as follows:
      - Manufacturing domains to design an effective digital twin of equipment, machinery and engines in factories and laboratories.
      - The field of manufacturing and assembling auto parts.
      - As well as the medical sector, digitization of hospitals, and the manufacture of digital models of three-dimensional human organs.
      - Areas of construction and infrastructure support to deal with the expected disasters.
      - Retail field of various products.
      - In addition to supporting smart city projects that simulate actual reality.
      Examples of digital twin technology
      There are many examples that embody the idea and design of the digital twin, as follows:
      - Energy fields: including the utilization of wind energy by General Electric, where it applied the digital twin technology effectively and contributed to increasing production at a remarkable rate of 20%.
      - Health System Sector: Digital Twin helped patients and hospital medical and administrative staff to represent their real-world experiences in the virtual world.
      - Virtual hotels that simulate reality.
      - Cars and vehicles.
      At the end of the lines of our article, in which we reviewed the steps for designing a professionally effective digital twin , we can only mention the importance of digital twins and their multiple uses and benefits that we mentioned the most important, while there are still many areas that are about to adopt the Digital Twin recently in its work strategies, which will be It has prominent tours in the contemporary digital world, especially in the fields of design, printing, and other creative technical and artistic fields