Figure C9i.2 The dialectic diagram of goals and paths of construction operations

Figure C9i.2 The dialectic diagram of goals and paths of construction operations
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Figure C9i.2 The dialectic diagram of goals and paths of construction operations

Figure C9i.2 similarly describes a structure of the same subject (model of five variants by Figure C9g.1) and via dialectical diagram reminds relationships of the data changes and priorities in project preparation and implementation stages.

A construction concept is presented: planning, designing, procurement, and construction in situ (supply-chain influences). 

It is about the evaluation of construction works, in this case, about kit buildings in the changeable environment of growth of the digital transformation (with different impacts in different localities, in construction sites).

The goal triad in Figure C9i.1covers building kit development and preparation of templates; construction works on-site, project closing, and operation conditions.

The path to the goal starts with a base-building finishing (including infrastructure). Then continue as a building envelope completion (of its texture in a city or a landscape).

In the beginning stages, the entire path must be under permanent attention to the "Smart Contract" operations (via the building of efficient supply chains and new local business relationships with growing effectiveness).

These diagrams are addressed to data science and data engineering experts to achieve a comprehensive view and source of questions on a segment of the construction procedures of the future SPC utility.

Figures C9g.1 to C9i.2 present a public interface of administration and construction tasks as an example of the modular construction concept.

Demonstrates a way to improve communication between IT (data operation) specialists, project managers, and project owners in an investment complex (system) scaling, especially in the public sector. We can find several milestones on a critical path of such complex analyses with the specific algorithms we call scaling.

All are critical for understanding the particular subject of scaling and for a standard architecture building of the distributed network of the final object (e.g., modular administrative and construction units for low-income provinces).