Handbook: From Scope to Statement of Work

Published on June 22, 2026 QuoteX

QuoteX Estimation Workflow: From Scope to SOW

This guide walks through the complete QuoteX estimation workflow, showing how professional services teams can move beyond spreadsheets with a fully Salesforce-native approach. It covers quote creation, scope management, timeline planning, resource allocation, automated staffing logic, financial calculations and automatic Statement of Work (SOW) generation.

In this guide: 1. Foundations • 2. Scope Items • 3. Timeline • 4. Resource Allocation • 5. Resourcing Plans and Staffing Rules • 6. Costs, Fees and Discounts • 7. SOW Generation • Golden Rules

1. Foundations of the QuoteX Estimation Engine

QuoteX is a Salesforce-integrated estimation engine that moves professional services teams from manual spreadsheets to a centralized, collaborative architecture. Because it resides natively within Sales Cloud, QuoteX removes data silos and links every estimate to Salesforce Opportunities and Accounts.

The project hierarchy begins with the Quote Request (QR), which bridges to the wider Salesforce ecosystem. A single QR can hold multiple Quote Scenarios, so architects can model delivery options such as a "Rough Order of Magnitude" (ROM) versus a "Detailed Level of Effort" (LOE). When a scenario is designated the "Primary Quote," all summary totals roll up to the QR for executive visibility.

Key Concept: The Salesforce Advantage. QuoteX uses native Salesforce objects, so estimates stay in real-time sync with account data and data integrity is preserved.

Currency Persistence. Once a quote is saved, its currency is locked for the Quote record and can't (and shouldn't) be changed. This keeps the associated Rate Card data stable.

With the project request established and currency locked, the architect moves from the project container to the building blocks of effort: the Project Scope (Scope Size Effort).

Figure 1: Quote Request and Quote Scenario structure.

2. The Scope Item: Building the DNA of an Estimate

Scope Items are optional, but important for bottom-up estimation. Every project is a collection of Scope Items sourced from the Scope Library, a reusable catalog of services. Precision depends on four levers: Category, Multiplier, Specialty and Complexity Level. Category and Specialty define the type of work and the technical niche required. Multiplier and Complexity Level are the primary drivers of effort.

Complexity Levels Comparison

Insight Pillar. The Multiplier is a global adjustment, useful for scaling work by volume (for example, repeating a task across five business units). Complexity is a nuanced, percentage-based shift that reflects the difficulty of the client's environment without changing the nature of the scope item.

Defining "what" needs to be done is only half the equation. Next, structure "when" these tasks occur across the project lifecycle.

Figure 2: Scope items with Category, Multiplier, Specialty and Complexity Level.

3. The Timeline: Visualizing Phases and Periods

The Timeline Library breaks a project's duration into a grid of Periods based on a defined Frequency (Weekly, Monthly, Quarterly or Yearly). This grid is the foundation for resource placement and financial forecasting.

Steps for Creating a New Timeline

1. Define Frequency: Select how work periods are measured (for example, Weekly).
2. Set Periods: Enter the Initial Number of Periods (for example, 12 periods for a 3-month project).
3. Select Currency: Choose the currency (for example, USD or EUR). It must match your Quote currency for Rate Card compatibility.
4. Manage RateCard: Verify that assigned rates are active. Expired cards are shown in red.
5. Map and Merge Phases: Select cells to designate Phases (for example, Plan, Design, Dev, QA). Selecting the same phase for consecutive periods merges them into one continuous block.

With the phases in place, the architect can bring in the people who will execute the work.

Figure 3: Timeline grid with periods and merged phases.

4. Resource Allocation and Effort Calculation

Resources are the "who" of the estimate. QuoteX pulls Resource Roles from predefined Rate Cards, which include list prices, regional variations and skill requirements.

Effort vs. Allocation. Effort can be entered manually or derived from the Percentage Allocation (%) feature. Enter a value (for example, 50%) and the system calculates the hours for every period in the timeline based on that role's involvement relative to the time frequency.

Teacher's Note: The 250-Hour Threshold. To maintain system stability and realistic project modeling, QuoteX enforces a 250-hour effort limit per period.

Rate Color Indicators

Insight Pillar. The Billable toggle is a key margin-management tool. It lets you track non-billable roles, such as client-side Project Managers or internal subcontractors, to capture Total Cost without inflating Net Fees (the price the client pays).

Manual allocation gives control, but complex delivery models are best managed with Resourcing Plan Templates.

Figure 4: Resource roles, allocation and effort by period.

5. Advanced Logic: Resourcing Plans and Staffing Rules

For consistency across estimates, SMEs can build Resourcing Plan Templates. These use Decision Rules to derive effort for supporting roles from the effort of a "Core Role" (for example, a Developer).

Hypothetical Decision Rule Example

Logic: If the Developer is assigned 40 hours in the Design Phase, the Senior BA is automatically assigned 20 hours.

Figure 5: Resourcing Plan Template with Decision Rules.

Staffing Rules and Rate Blends refine the financial model by calculating:

1. Average Rates: The mean rate of a group of roles.
2. All-Inclusive Rates: The base role rate plus a calculated Expense Allocation (%) (for example, adding T&E to the role's base rate for a simplified client view).

This logic rolls up into the final project totals, where costs, fees and margins are balanced.

Figure 6: Staffing Rules and Rate Blends.

6. The Final Math: Costs, Fees and Discount Models

A quote's financial health depends on the relationship between Total Costs, Net Fees and ASM (Average Sales Margin).

The Calculation Logic

1. Net Fees: Calculated as (Total Fees - Total Discount). If the COST IMPACT ASM or T&E IMPACT ASM flags are enabled, the system adds billable other costs or expenses to the Net Fee total.
2. Conservative ASM: Enabling the "Impact ASM" flags is a conservative accounting practice. It includes Travel & Expenses and Other Costs in the margin calculation, so perceived profitability accounts for all project expenditures.

Figure 7: Cost, fee and ASM summary.

Presentation Mode: Internal vs. Client View

QuoteX supports three Discount Models: "Timeline Level Only," "Resource Level Only" and "Both." The model determines whether discounts are applied as a blanket percentage at the project header or as granular adjustments to individual roles.

7. Summary: The Path to the Statement of Work (SOW)

The estimation process culminates in the Generate SOW action. It uses Document Templates and SOQL queries to turn all scope, timeline and financial data into a professional document. With merge fields, the SOW stays a "mirror" of the Salesforce record.

Figure 8: Generate SOW using Document Templates.

Golden Rules for Accurate Estimation

1. Verify Currencies: Confirm the Rate Card matches the Quote currency. Once the Quote is saved, the currency is locked.
2. Check Rate Card Expirations: Treat red font as a priority. It indicates an expired card or an invalid discount that will compromise financial accuracy.
3. Validate Needs: Always use the Validate Needs button before finalizing. It is the ultimate check that the resource hours on the timeline align with the hours required by the Project Scope.
4. Respect the 250% Allocation Cap: Stay within the per-period limit to avoid resource over-allocation and system errors.
5. Toggle Billable Status: Mark third-party or client-contributed roles as "Non-Billable" to keep Net Fees accurate while tracking the project's true Total Cost.

Knowledge Article Number: KA-00232