C5 Triads, market, project paradigm, and project supply chain

A data structure is a named location that allows us to store and organize data and an algorithm is a collection of steps to solve a particular problem. Data structures learning and algorithm knowledge lead us to write efficient and optimized computer programs.

Figures od C5

• Figure C5a. Disciplinary matrix and new paradigm diagram

• Figure C5b. Hierarchy of goals of the Human sustainability

• Figure C5c. Organizations and projects as influencers of the life in a province

• Figure C5d.1a Budget model of organizations and projects in a natural environment

• Figure C5d.1b Products (goods) spectrum of both global and local markets

• Figure C5d.2 Scope of goods and services in the Great Triad (GT); in As-Is stage

• Figure C5d.3 Scope of goods and services in the Task Triad (TT); in To-Be stage

• Figure C5d.4 Scope of goods and services in the Project Triade (PT)

• Figure C5e. Present and New Project Paradigm Model

• Figure C5f. Data cycles in a pool of data flow in a project funnel

• Figure C5g. Data Lake (DL), Data Pool (DP), and Project Data Flow (PDF)

• Figure C5h. Project Management, Engineering, and Science in a Data Pool (DP)

• Figure C5i. Vectors in a Data Pool (DP) and Artificial Intelligence (AI) influences

• Figure C5j.1 Digital transformation and the new project paradigm

• Figure C5j.2 New project paradigm and micro, small, and medium enterprises

• Figure C5j.3 New project paradigm and the SPC Utility in a low-income province