# Project Management Gamification System: Internal Market Model **Revision:** 1.1 (Scalable Framework) --- ## 1. Executive Summary This document defines an internal "Micro-Economy" designed to align **Project Management (PM) Strategy** with **Technical Execution**. By treating time as a finite commodity and labor as a salary-plus-incentive model, the organization fosters a meritocracy where Efficiency, Quality, and Mentorship are the primary drivers of financial reward. --- ## 2. The Payout Architecture: Individual vs. Collective The system utilizes a split weight ($W$) to balance individual managerial accountability with collective technician stability. ### 2.1 The PM Individual "Equity" ($W_{pm}$) Each PM operates an independent budget. At the end of the fiscal year, their personal bonus base is determined by their specific remaining surplus. $$B_{pm} = (S_{pm} \cdot W_{pm}) \cdot M_{pm}$$ **Legend:** - $B_{pm}$: Individual Project Manager Bonus. - $S_{pm}$: Total annual budget surplus managed by the specific PM. - $W_{pm}$: PM Equity weight (Standard: 0.25). - $M_{pm}$: Individual PM Multiplier (Performance Score). ### 2.2 The Technician "Collective Fund" ($W_{tech}$) To protect technicians from being penalized for working with an inefficient manager, the majority share of surplus from all PMs is diverted into a central pool. $$B_{tech} = \left( \frac{\sum_{i=1}^{N_{pm}} (S_{pm, i} \cdot W_{tech})}{N_{tech}} \right) \cdot M_{tech}$$ **Legend:** - $B_{tech}$: Individual Technician Bonus. - $S_{pm, i}$: Budget surplus of PM $i$. - $W_{tech}$: Technician Collective weight (Standard: 0.75). - $N_{pm}$: Total number of Project Managers in the organization. - $N_{tech}$: Total number of Technicians in the collective pool. - $M_{tech}$: Individual Technician Multiplier (Performance Score). --- ## 3. Market Mechanics & Labor Pricing ### 3.1 Role Categories & The 3-Tier System Each role in the organization operates on a **3-Tier Progression**, directly tied to the [Training Structure](Training Structure/Roles/). - **Tier 1 (Junior/Apprentice):** Currently working through "Key Tasks for Qualification." High supervision required. - **Tier 2 (Qualified/Standard):** Has completed qualification checklists and written exams. Independent operator. - **Tier 3 (Senior/Lead):** Has completed "Advanced Training," achieved certifications, and is actively mentoring Tier 1 staff. #### 3.1.1 Resource Constraints - **Workforce Variables:** - $N_{pm}$: Total Project Managers. - $N_{tech}$: Total Technicians ($N_{t1} + N_{t2} + N_{t3}$). - $C_{tech}$: Monthly hour capacity per technician (Standard: 160h). - **PM Monthly Reset ($R$):** Monthly credit allotment adjusted by PM Tier. - Tier 1 PM: $R_{base} \cdot 0.8$ - Tier 2 PM: $R_{base} \cdot 1.0$ - Tier 3 PM: $R_{base} \cdot 1.2$ ### 3.2 Dual-Constraint Pricing ($P_{h}$) Labor costs fluctuate based on the intersection of **Time ($T$)** (proximity to month-end) and **Scarcity ($S$)** (remaining hours in the Office "vault"). $$P_h = P_{base} \cdot (1 + T_{factor} + S_{factor})$$ **Legend:** - $P_h$: Current Market Hourly Rate. - $P_{base}$: Base Hourly Rate (defined by Role/Tier). - $T_{factor}$: Time-to-Deadline factor (increases as month-end approaches). - $S_{factor}$: Scarcity factor (increases as total office hours in "The Vault" decrease). |**Role Category**|**Tier 1 (Junior)**|**Tier 2 (Standard)**|**Tier 3 (Lead)**|**Risk Profile**| |---|---|---|---|---| |**Specialists**|$120 / hr|$150 / hr|$180 / hr|0% to 5% Rework Risk| |**Field Specialists**|$80 / hr|$100 / hr|$120 / hr|5% to 15% Rework Risk| |**Installers**|$40 / hr|$60 / hr|$80 / hr|10% to 25% Rework Risk| --- ## 4. Performance Metrics & Multipliers Final payouts are adjusted by a multiplier ($M$) ranging from **0.5x to 1.5x**. ### 4.1 Project Manager Multiplier ($M_{pm}$) $$M_{pm} = (P_{score} \cdot 0.50) + (E_{market} \cdot 0.20) + (D_{mix} \cdot 0.15) + (R_{penalty} \cdot 0.15)$$ **Legend:** - $P_{score}$: Progress Score (Percentage of milestones met). - $E_{market}$: Market Efficiency (Success in buying hours before scarcity spikes). - $D_{mix}$: Diversity Mix (Effective utilization of Tier 1 talent). - $R_{penalty}$: Rework Penalty (PMs pay Double Market Rate for rework hours). ### 4.2 Technician Multiplier ($M_{tech}$) $$M_{tech} = (Q_{score} \cdot 0.40) + (V_{speed} \cdot 0.30) + (Ment_{bonus} \cdot 0.20) + (S_{duty} \cdot 0.10)$$ **Legend:** - $Q_{score}$: Quality Score ($1.0 - (\text{Rework Incidents} \cdot \text{Tier Penalty})$). - $V_{speed}$: Velocity Score ($\frac{\text{Allotted Hours}}{\text{Actual Hours Worked}}$). - $Ment_{bonus}$: Mentorship Bonus (Tier 3 Only - speed of Junior qualification). - $S_{duty}$: Duty Reliability (Safety and site rotation adherence). --- ## 5. Operational Protocols: The "Allotment Wall" - **The Wall:** If a technician reaches the allotted time but the task is unfinished, they **must stop**. The PM must approve and "buy" more time at current market rates ($P_h$) to proceed. - **Underrun:** If a technician finishes early, they earn "Free Time" (paid for full allotment). - **Tiered Audits:** 10% of tasks undergo a random Quality Audit. - Tier 1 tasks are audited by Tier 3 technicians. - Tier 3 tasks are audited by the **Senior Field Operations Coordinator**. - **Market Support Roles:** - **Accountant:** Reconciles the Collective Fund and validates $R_{penalty}$ triggers. - **Warehouse Manager:** Controls "Material Liquidity." - **Senior Coordinator:** The "Market Maker" who manages the dispatch queue and surge pricing. --- ## 6. Conclusion This framework eliminates the traditional friction between "speed" and "quality." By socializing technician risk through a collective pool while individualizing manager reward through equity accounts, the organization ensures every stakeholder is incentivized to protect the budget, the schedule, and the craft.