Write a 10 page technical e-book about Building Information Modeling

The e-book is written for a B2B target group and provided as gated-content on the website. Building Information Modeling (BIM) is a working method for the networked planning, construction and management of buildings and other structures with the help of software. All relevant building data is digitally modelled, combined and recorded. The building is also geometrically visualised as a virtual model (computer model). Building Information Modelling is used both in the building industry for construction planning and execution (architecture, engineering, building services, civil engineering, urban construction, railway construction, road construction, hydraulic engineering, geotechnics) and in facility management.
The e-book should include the following contents: BIM intro + focus on MEP design; Electrical design integration with BIM | process, technology, education; Challenges; Solutions (from our customer); What's next?
The e-book focuses on the challenges and solutions of the target group in the field of BIM. It will be published as content building on some blog articles (which already exist and will be provided as input), and will therefore be written at a high-level, but not too technical.

Abstract:
Despite major technical advancements in BIM, it has not been fully adopted and its definitive benefits have not been fully capitalized upon by industry stakeholders. The lack of widespread uptake of BIM appears to be linked to the risks and challenges that are potentially impeding its effectiveness.
With BIM, the electrical engineer coordinates with the architects, structural engineers and other members of the project team, the electrical part of the building, inputting the electrical information in the centralized model early in the life of the project. Clash Detection: One of the most lauded benefits of BIM, it helps the electrical to deal with clashes that may arise. For example, the clash of the electrical wiring path with that for piping and plumbing works. This can be easily resolved early in the life of the project (during design), and therefore avoid costly revisions during the project execution.
"Electrical connectors (have to be positioned and categorized in the correct way to guarantee their functionalities in BIM authoring software). Data structure embedded parameters and data should be named and organized correctly. A heavy LOI or not structured could create confusion and be not manageable by users. Third parties parameters sometimes there are data that are not related to the product but coming from third parties like BIM developers. Wide product ranges/Portfolio a huge portfolio or families with too many variants could create confusion and difficulties for the Users on finding the solutions they really need. Electrical calculations and connection/exchange between "traditional software" and BIM authoring - Maintenance monitoring and assessment - Annotation symbols - Data and content Rich data in general to realize digital twin and to have a complete digital building file with all relevant information to make decisions
Environmental information (EPD) Select the right solution based on environmental parameters/certificates of products.
Electrical connectors: our files have connectors with data provided by our product experts. Data structure our objects are created based on Customer requests. Maintenance Intelligent objects (which quickly adapt themselves to new information) of the parts that make up the electrical system can be stored in the model, complete with its features, capacities and manufacturer’s details, for easy traceability when the need arises for repairs to any part of the building’s electrical system.