EXIPRA — 設計台帳EXIPRAとは利用規約特定商取引法に基づく表記プライバシーポリシーEnglish
EXIPRA
台帳検索出品するログイン
図番 / REG NO.EXP-D140A843
区分SaaS
TIER(自己申告)BLUEPRINT
閲覧1
最終更新2026-07-14
品名 / 設計

ReEngage — Engagement Survey Design with Bias Resistance Built into the Measurement Structure

出品者 Conwalk lab.構成 全143章+添付0点 (うち公開 23章)
価格 / PRICE$200
直接支払い(銀行振込等)
代金は売り手へ直接支払われます。全章と添付資産はグラント後に開示されます。この設計は複数の買い手に販売され得ます。
01

ReEngage — Design Package

公開

This package is the complete design of ReEngage, an engagement survey whose resistance to response bias is guaranteed by the measurement structure itself. The design philosophy and integration architecture are open for evaluation; the sealed portion contains the BL-method logic specification, the scoring specification, the question template collection, the AI-powered question customization guide, a minimal API implementation (Python), and an output sample.

02

ReEngage — Design Philosophy

公開
03

2. Origin of the Name

公開

The official name is ReEngage.

ReEngage means "to engage again" or "to reconnect." This name symbolizes the core concept of this design philosophy: structurally reconnecting the relationships between organizations, individuals, and management.

04

3. Background and Problem Definition

公開

Engagement surveys are widely used as a foundation for understanding organizational conditions and driving improvement initiatives.

However, the following structural issues exist in actual operation:

  • Response bias due to deference to superiors
  • Coordinated responses at the group level
  • Evaluation bias driven by personal emotions
  • Degradation of meaningful results due to ceremonial use
  • Decline in credibility of numerical results

As a result, the data obtained often does not accurately reflect the actual state of the organization.

05

4. Root Cause

公開

The fundamental cause lies in the following:

The response structure is inherently vulnerable to psychological and organizational bias

In conventional survey formats:

  • Response direction is directly linked to evaluation outcomes
  • Respondents can infer which choices are advantageous or disadvantageous
  • Intentional manipulation of results is feasible

Consequently, what is measured is not reality but the outcome of interest-balancing behavior.

06

5. Foundational Principle

公開

ReEngage does not rely on ethical norms or respondent goodwill.

Instead, it is designed based on the following principle:

Data integrity is ensured by the measurement structure itself

07

6. Design Principles

公開
08

Principle 1: Structural Integrity Assurance

公開

Psychological factors are assumed to exist, and their impact is minimized through structural mechanisms.

09

Principle 2: Evaluation Direction Invisibility

公開

The causal relationship between responses and evaluation outcomes is made impossible to infer.

10

Principle 3: Multi-Axis Simultaneous Measurement

公開

Rather than a single scale, multiple behavioral axes are measured simultaneously to extract actual conditions.

11

Principle 4: Statistical Diffusion

公開

Individual response biases are assumed, and their impact is diluted through aggregation.

12

Principle 5: Structure-Centrism

公開

The measurement structure itself — not UI or presentation — is the core of value.

13

7. Solution Approach

公開

ReEngage is built on the following design principles:

  • Redesign of response structure
  • Reconstruction of choice architecture
  • Invisibility of evaluation logic
  • Scoring design predicated on statistical aggregation
14

8. Technical Uniqueness

公開

The uniqueness of ReEngage lies in:

  • Response structure design predicated on evaluation direction invisibility
  • Simultaneous mapping structure across multiple behavioral axes
  • Scoring philosophy predicated on statistical diffusion
  • A design framework that ensures measurement integrity through structure
15

9. Value Foundation

公開

This philosophy enables the following:

  • High-reliability engagement measurement
  • Extraction of management behavioral characteristics
  • Visualization of organizational structure
16

10. Scope

公開

ReEngage targets the following:

  • Quantitative evaluation of organizational conditions
  • Support for management behavioral characteristic measurement
  • Acquisition of foundational data for organizational diagnosis
17

11. Out of Scope

公開

This philosophy does not directly address:

  • HR evaluation system design
  • Execution support for organizational culture transformation
  • UI/UX optimization
  • Academic research-grade statistical analysis
18

12. Design Priorities

公開
  1. Measurement integrity
  2. Structural reproducibility
  3. Logic clarity
  4. Implementation ease
  5. Expression clarity
19

ReEngage — Integration Architecture

公開
20

1. System Architecture Diagram

公開

The standard system architecture for integrating the ReEngage scoring logic engine into existing HR infrastructure.

flowchart LR
  A[Respondent] --> B[Existing HR Tool]
  B --> C[Internal Infrastructure / Data Integration]
  C --> D[ReEngage Scoring Logic Engine]
  D --> E[Score Output JSON]
  E --> F[Dashboard / BI]
  E --> G[HR & Field Reports]
21

2. Existing HR Tool Integration Sequence

公開

The data integration sequence between existing HR tools and the ReEngage engine.

sequenceDiagram
  participant HR as HR Tool
  participant GW as Integration Gateway
  participant RE as ReEngage Engine
  participant DB as Data Store
  participant BI as Dashboard

  HR->>GW: Send response data (question_id, choice_id)
  GW->>RE: Scoring request (with context_level)
  RE->>DB: Save score results
  RE-->>GW: Return per-axis / integrated / insights
  GW-->>HR: Relay results
  DB->>BI: Provide visualization data
22

3. Data Flow Overview

公開

The processing flow from response data input to score output.

flowchart TD
  I1[Question Definition Data]
  I2[Mapping Definition Data]
  I3[Response Data - answers]
  P1[choice_id → Axis Contribution Conversion]
  P2[Per-Axis Score Calculation]
  P3[Integrated Score Calculation]
  P4[Normalization]
  P5[Insight Generation]
  O1[JSON Output]
  O2[Formatted Report]

  I1 --> P1
  I2 --> P1
  I3 --> P1
  P1 --> P2 --> P3 --> P4 --> P5
  P5 --> O1
  P5 --> O2
23

4. Deployment Architecture Example

公開

A deployment configuration example including integration with HRIS, survey tools, and identity providers.

flowchart LR
  subgraph Existing[Existing Environment]
    H1[HRIS]
    H2[Survey Tool]
    H3[Identity / SSO]
  end

  subgraph ReEngage[ReEngage Scoring Logic Engine]
    R1[Question API]
    R2[Score API]
    R3[Scoring Core]
  end

  subgraph Analytics[Analytics Platform]
    A1[Data Warehouse]
    A2[Dashboard]
  end

  H2 --> R1
  H2 --> R2
  H1 --> R2
  H3 --> R1
  R2 --> A1
  A1 --> A2
開 示 境 界ここから先の120章と添付0点は、グラント後に開示されます(見出しのみ掲載)。
SEC 241. Purpose of This Document章
SEC 25ReEngage — BL Method Logic Specification章
SEC 261. Purpose of This Specification章
SEC 272. Design Philosophy章
SEC 282.1 Background Issues章
SEC 292.2 Foundational Principles章
SEC 302.3 Essential Value章
SEC 313. Definition of the BL Method章
SEC 323.1 What is the BL Method?章
SEC 333.2 Differences from Conventional Likert Method章
SEC 344. Structural Model of the BL Method章
SEC 354.1 Three-Layer Structure章
SEC 365. Question Design Specification章
SEC 375.1 Role of Questions章
SEC 385.2 Question Components章
SEC 395.3 Measurement Axes (Finalized)章
SEC 406. Choice Design Specification章
SEC 41Required Conditions章
SEC 42Recommended Expressions章
SEC 43Prohibitions
直接支払い(銀行振込等)
章
SEC 447. Measurement Axis Mapping Specification章
SEC 45Basic Principles章
SEC 46Numerical Sign System章
SEC 47Design Rules章
SEC 488. Scoring Design (Finalized Specification)章
SEC 49■ Finalized Spec ①: Integrated Score Weights章
SEC 50Policy章
SEC 51Weight Definition (Finalized)章
SEC 52Intent章
SEC 53■ Finalized Spec ②: Choice Display Order Control章
SEC 54Policy章
SEC 55Display Rules (Finalized)章
SEC 56Intent章
SEC 57■ Finalized Spec ③: Per-Axis Score Normalization章
SEC 58Policy章
SEC 59Normalization Method (Finalized)章
SEC 60Intent章
SEC 61■ Finalized Spec ④: Insight Generation Logic章
SEC 62Policy章
SEC 63Generation Method (Finalized)章
SEC 64Evaluation Rules章
SEC 65Output Template章
SEC 66Intent章
SEC 679. Minimal Data Structure Examples (Entity Definitions)章
SEC 68Question Definition (JSON Example)章
SEC 69Mapping Definition (JSON Example)章
SEC 70Response Data (JSON Example)章
SEC 7110. Minimal Processing Flow章
SEC 7211. Critical Implementation Notes章
SEC 7312. IP Value of This Specification章
SEC 7413. Terminology章
SEC 7514. Q1–Q5 Mapping Definitions (v1.0)章
SEC 7614.1 Design Policy章
SEC 7714.2 Q1–Q5 Finalized Mappings (v1.0)章
SEC 7814.3 Implementation Reference章
SEC 79ReEngage — Scoring Specification章
SEC 801. Purpose of This Document章
SEC 812. Scoring Method Overview章
SEC 823. Measurement Axes章
SEC 834. Choice–Measurement Axis Mapping Structure章
SEC 84Structural Principles章
SEC 85Numerical Encoding Method章
SEC 865. Response Conversion Process章
SEC 875.1 Individual Response Encoding章
SEC 885.2 Aggregation Process章
SEC 895.3 Axis Score Calculation章
SEC 906. Integrated Score Calculation章
SEC 917. Statistical Assumptions章
SEC 928. Output Structure章
SEC 938.1 Per-Axis Scores章
SEC 948.2 Integrated Metric章
SEC 959. Integrity Design章
SEC 9610. Extensibility章
SEC 9711. Scoring Calculation Specification (v1.0)章
SEC 9811.1 Specification Details章
SEC 9911.2 Mapping Reference章
SEC 10011.3 Calculation Flow (v1.0)章
SEC 101ReEngage — Question Template Collection章
SEC 1021. Purpose of This Document章
SEC 1032. Common Measurement Axes章
SEC 1043. Company-Wide Shared Question Set (All Respondents)章
SEC 1053.1 Information Sharing章
SEC 106Question章
SEC 107Choices章
SEC 1083.2 Coordination章
SEC 109Question章
SEC 110Choices章
SEC 1113.3 Workload Management章
SEC 112Question章
SEC 113Choices章
SEC 1143.4 Psychological Safety章
SEC 115Question章
SEC 116Choices章
SEC 1173.5 Organizational Alignment章
SEC 118Question章
SEC 119Choices章
SEC 1204. Regarding Extension Question Sets章
SEC 1215. v1.0 Finalized Mappings (Q1–Q5)章
SEC 122Axis Order章
SEC 123Q1 (Primary Axis: Information Sharing)章
SEC 124Q2 (Primary Axis: Coordination)章
SEC 125Q3 (Primary Axis: Workload Management)章
SEC 126Q4 (Primary Axis: Psychological Safety)章
SEC 127Q5 (Primary Axis: Organizational Alignment)章
SEC 128ReEngage — AI-Powered Question Customization Guide章
SEC 1291. Purpose of This Document章
SEC 1302. Prerequisites章
SEC 1313. Customization Targets章
SEC 1324. Input Structure for Generative AI章
SEC 1334.1 Required Input章
SEC 1344.2 Customization Conditions章
SEC 1355. Example Instruction Prompt章
SEC 1366. Output Verification Criteria章
SEC 1376.1 Choice Design Verification章
SEC 1386.2 Mapping Verification章
SEC 1396.3 Structural Consistency Verification章
SEC 1407. Application Procedure章
SEC 1418. Precautions章
SEC 142ReEngage Minimal API Implementation (Python)章
SEC 143Output Sample章