**Revision:** 1.1 (Scalable Framework)

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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.

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The system utilizes a split weight ($W$) to balance individual managerial accountability with collective technician stability.

Each PM operates an independent budget. At the end of the fiscal year, their personal bonus base is determined by their specific remaining surplus.

$$B_{pm} = (S_{pm} \cdot W_{pm}) \cdot M_{pm}$$

- $B_{pm}$: 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).

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.

$$B_{tech} = \left( \frac{\sum_{i=1}^{N_{pm}} (S_{pm, i} \cdot W_{tech})}{N_{tech}} \right) \cdot M_{tech}$$

- $B_{tech}$: 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).

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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.

- **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: $R_{base} \cdot 1.2$

Labor costs fluctuate based on the intersection of **Time ($T$)** (proximity to month-end) and **Scarcity ($S$)** (remaining hours in the Office "vault").

$$P_h = P_{base} \cdot (1 + T_{factor} + S_{factor})$$

- $P_h$: 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|

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Final payouts are adjusted by a multiplier ($M$) ranging from **0.5x to 1.5x**.

$$M_{pm} = (P_{score} \cdot 0.50) + (E_{market} \cdot 0.20) + (D_{mix} \cdot 0.15) + (R_{penalty} \cdot 0.15)$$

- $P_{score}$: 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).

$$M_{tech} = (Q_{score} \cdot 0.40) + (V_{speed} \cdot 0.30) + (Ment_{bonus} \cdot 0.20) + (S_{duty} \cdot 0.10)$$

- $Q_{score}$: 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).

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- **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**.

- **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.

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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.