7S Model (McKinsey)

1. 7S Model: Creating Synergy through Organizational Diagnosis and Alignment

    flowchart LR
    A["Organizational imbalance/fragmentation"] -- "Diagnose and align interrelated organizational elements" --> B["7S Model"]
  

Core: An organizational diagnosis model developed by McKinsey that analyzes organizational effectiveness and creates synergy through seven interrelated elements.

Characteristics:
(Hard-Soft S harmony) Emphasizes harmony between the Hard S elements (strategy, structure, systems) and the Soft S elements (shared values, style, staff, skills).
(Change and strategy alignment) Used as a core diagnostic tool for organizational change management and strategic alignment.

2. 7S Organizational Analysis Model and Strategic Framework

A. The 7S Organizational Components

(Interaction among the seven core components of an organization)

    flowchart TD
    ROOT["7S Analysis Framework"]
    
    subgraph Hard["Hard S"]
        S1["Strategy"]
        S2["Structure"]
        S3["System"]
    end
    
    subgraph Soft["Soft S"]
        S4["Shared Values"]
        S5["Style"]
        S6["Staff"]
        S7["Skill"]
    end

    ROOT --> Hard & Soft

    style ROOT fill:#1E3A5F,color:#fff
  

• Hard S: The organization’s formal structure, strategy, and process framework.
• Soft S: Intangible capabilities such as the culture, competencies, and values of organizational members.

B. Organizational Alignment Mechanism

(A mechanism for strengthening organizational effectiveness based on interrelationships)

    flowchart TD
    subgraph A["Organizational Components"]
        A1["Hard S (Strategy/Structure)"]
        A2["Soft S (Culture/Competency)"]
    end
    subgraph TRANS["Transformation Strategy"]
        direction TB
        T1["Alignment across components"]
        T2["Centered on Shared Values"]
    end
    subgraph B["Goal Framework"]
        B1["Organizational efficiency and competitiveness"]
    end

    A -- "Optimize interrelationships" --> TRANS
    TRANS --> B
  

3. Expected Effects and Applications