MANUFACTURING LOCATION STRATEGY
Manufacturing
Location Scorecard
Weight the priorities.
Explain the decision.
A manufacturing location scorecard turns competing workforce, logistics, utility, cost, and growth requirements into a consistent comparison. Set project-specific weights, document the evidence, and take the shortlist into site-level validation.
ILLUSTRATIVE SCORE
77
out of 100 weighted points
Seven criteria. One transparent calculation.
The guide’s hypothetical example shows how weights and ratings become points.
100%
Total weight
1–5
Rating scale
There is no universal passing score. Critical requirements need their own review.
One framework for every candidate location
Compare states, regions, communities, or industrial properties against the operation’s requirements. A shared framework makes tradeoffs visible across U.S. market entry, expansion, relocation, and distribution projects.
Start with the operating brief
Define workforce, utility loads, supply chain flows, facility needs, investment, timing, and future phases. Screen for baseline requirements before comparing weighted scores.
Use the scorecard alongside engineering review, financial analysis, property due diligence, and management judgment.
For employment and wage inputs, use BLS Quarterly Census of Employment and Wages. Keep industry, geography, and reporting periods consistent across candidates.
THE CALCULATION
Turn a rating into weighted points
Weighted points = (rating ÷ 5) × weight. Enter a weight of 25 for 25% of a 100-point total. A 4-out-of-5 labor rating earns 80% of that category’s 25 available points.
4 / 5
The category rating represents fit against the defined standard.
× 25
The assigned weight sets the maximum contribution to the total.
= 20 points
Add the weighted points from each category to find the location’s total.
Define the scale before scoring
These descriptions are illustrative. Set measurable, project-specific thresholds so the same rating means the same level of fit across all candidates.
| Rating | Illustrative meaning |
|---|---|
| 1 · Poor fit | Major gaps against the defined criterion. |
| 2 · Limited fit | Material weaknesses require investigation. |
| 3 · Acceptable fit | Meets the defined baseline, with manageable tradeoffs. |
| 4 · Strong fit | Above-baseline fit supported by the evidence. |
| 5 · Excellent fit | Strongest fit under the project’s documented standard. |
With positive category weights totaling 100% and ratings from 1 to 5, a complete scorecard ranges from 20 to 100. An unknown input should remain unresolved rather than receiving an invented rating.
A TRANSPARENT WORKED EXAMPLE
Seven categories. A total of 77 / 100.
These hypothetical weights and ratings come from the original guide. They illustrate the math and represent no actual WorldPoint project or candidate location.
| Criterion | Weight | Rating (1–5) | Points |
|---|---|---|---|
| Labor & workforce | 25% | 4 | 20 |
| Logistique et chaîne d'approvisionnement | 20% | 5 | 20 |
| Services publics et infrastructures | 15% | 3 | 9 |
| Site readiness & expansion | 15% | 4 | 12 |
| Coûts d'exploitation | 10% | 3 | 6 |
| Incentives & economic development | 10% | 4 | 8 |
| Logement et déménagement | 5% | 2 | 2 |
| Total | 100% | — | 77 / 100 |
Workforce + logistics: 40 points
Labor earns 20 points and logistics earns 20. Together, they contribute more than half of the example’s 77-point total.
Utilities still need validation
The original hypothetical note leaves capacity unverified. A 9-point contribution and a strong overall total cannot resolve that question.
Keep the notes attached. The example also assumes expansion space, moderate operating costs, an incentive opportunity, and housing constraints. Those hypothetical notes are included in the Excel download and must be replaced with verified project evidence.
A REUSABLE WORKSHEET
Build the scorecard. Keep the evidence.
Download the Excel template
Enter project-specific weights, whole-number ratings from 1 to 5, and the evidence behind each score. Calculated points and a weighted total update as the inputs change.
Excel workbook · about 10 KB · blank template + 77-point worked example
Use one copy per location
- Enter 25 for a 25% weight. All weights must total 100%.
- Use zero for an unused category and rate every category with a positive weight.
- Record sources, dates, assumptions, and unresolved issues in the evidence field.
- Review utility, permitting, and other critical requirements separately.
The total remains blank until required weights and ratings are complete. A calculated total is a comparison result, not approval to proceed.
Blank scorecard outline
| Criterion | Weight (%) | Rating (1–5) |
|---|---|---|
| Labor & workforce | — | — |
| Logistique et chaîne d'approvisionnement | — | — |
| Services publics et infrastructures | — | — |
| Site readiness & expansion | — | — |
| Coûts d'exploitation | — | — |
| Incentives & economic development | — | — |
| Logement et déménagement | — | — |
| Risk & implementation / custom factor | — | — |
| Total weight | 100% required | — |
Rename or refine categories to reflect the operation. The download provides space for calculated points, supporting evidence, and a separate critical-requirement review.
SELECT WHAT MATTERS TO THE OPERATION
Eight areas to compare
An EV battery plant, semiconductor operation, precision manufacturer, warehouse, or support center can need a different framework. Include factors that could materially affect production, cost, timing, or growth.
01 · Labor & workforce
Can the market hire and retain the required team?
Availability, skills, wages, employer competition, training, retention, and realistic commuting patterns.
02 · Logistics & supply chain
How will materials and products move?
Suppliers, customers, highways, rail, ports, airports, freight cost, and transportation reliability.
03 · Utilities & infrastructure
Can capacity arrive when production needs it?
Power, gas, water, wastewater, telecommunications, reliability, available capacity, and required upgrades.
04 · Site readiness & expansion
Can the property support startup and later phases?
Buildings or land, development conditions, approvals, infrastructure, construction needs, and expansion space.
05 · Operating costs
What will the operation cost over time?
Labor, utilities, transportation, real estate, taxes, construction, development, and recurring costs.
06 · Incentives & economic development
What support is attainable, and on what terms?
Credits, grants, abatements, training and infrastructure assistance, eligibility, performance commitments, and compliance.
07 · Logement et déménagement
Can incoming and local talent live and commute here?
Employee and executive housing, commute patterns, mobility, and support for transferred or international talent.
08 · Risk & implementation
What could delay or undermine the project?
Approvals, utility and infrastructure timing, workforce risks, development conditions, community support, and execution.
Keep critical constraints separate. Risk can carry a category weight, but a go-or-no-go requirement should also remain visible outside the total.
WEIGHTS FOLLOW BUSINESS IMPACT
The operation determines the priorities
Set weights around the effect on production, cost, schedule, workforce stability, supply chain performance, and long-term risk. The examples below suggest priorities; they prescribe no standard percentages.
Labor-intensive manufacturing
Workforce availability and retention may deserve greater emphasis.
EV / battery production
Utilities, workforce, and suppliers may drive the comparison.
Semiconductor production
Power, water, and specialized workforce may be central.
Distribution
Transportation and customer proximity may carry greater weight.
Precision manufacturing
Skilled labor, suppliers, and infrastructure may be prominent.
International expansion
Workforce, logistics, incentives, and relocation may need joint attention.
Test whether reasonable changes in priorities alter the shortlist. Explore how manufacturers compare U.S. locations.
FROM PROJECT BRIEF TO FINAL DECISION
Ten steps. Four phases.
Use the scorecard to screen and compare candidates, then carry the findings into property-level investigation.
01 · Build the framework
1. Define project requirements
Clarify workforce, loads, logistics, schedule, facility needs, investment, and expansion assumptions.
2. Select comparison criteria
Choose categories and detail that reflect the actual operation.
3. Assign weights totaling 100%
Agree each criterion’s relative business importance.
4. Establish scoring definitions
Define what each rating means before evaluating candidates.
02 · Create the comparison
5. Gather comparable data
Use consistent sources, periods, definitions, and assumptions.
6. Score each location
Apply the same framework and document every rating’s evidence.
7. Calculate weighted results
Convert ratings into points, then sum the contributions.
03 · Investigate the gaps
8. Investigate outliers
Examine unusually high or low ratings and the concerns behind them.
9. Conduct site-level due diligence
Validate properties through site evaluation, readiness, and feasibility work.
04 · Use the full evidence
10. Make the final decision
Combine scorecard results with costs, readiness, risk, due diligence, and management judgment.
REVIEW THE NONNEGOTIABLES
A high score cannot override an unmet requirement
Required utility capacity, delivery timing, permitting conditions, and infrastructure needs must be achievable within the project’s timeline before a location advances.
Confirmed
Evidence supports the requirement. Record the source, date, assumptions, and responsible reviewer.
Needs verification
The requirement remains open. Assign the next action and obtain the supporting confirmation.
Unmet
The project requirement is not achievable under current conditions. Resolve the gap or reconsider the candidate.
In the 77-point example: utility capacity still needs validation. The next step is to verify capacity and timing, even though the weighted total looks promising. A marked review status records the assessment; it does not certify site suitability.
The score is only as useful as the evidence
- Incomplete or inconsistent labor, cost, utility, and logistics data can create false confidence.
- A single rating can obscure permitting, environmental conditions, timing, or development costs.
- Revisit staffing, loads, flows, costs, and growth assumptions when the operating brief changes.
- A framework designed for one facility may not fit another.
- A promising market can contain properties that cannot support the operation.
- Use engineering, environmental, financial, and property review to test the shortlist.
Seven mistakes to avoid
- Using the same weights for every project.
- Applying inconsistent rating definitions.
- Comparing mismatched periods, data, or assumptions.
- Letting preference dominate the evidence.
- Ignoring critical constraints because the total is high.
- Treating the highest score as an automatic winner.
- Leaving the scorecard unchanged when requirements evolve.
COMPARISON LEADS INTO VALIDATION
Know what each tool answers
| Tool | What it helps establish |
|---|---|
| Fiche d'évaluation des sites | Relative fit using shared, weighted criteria. |
| Location analysis | Market conditions across candidate regions or communities. |
| Choix du site | The preferred location or site from available options. |
| Évaluation du site | Whether a specific property can support the operation. |
| Site readiness assessment | Whether a property can be developed and operated within project requirements. |
Keep the scorecard’s ranking connected to the property-level evidence. Explore manufacturing feasibility studies.
Conceptual illustration of manufacturing capacity, freight access, utilities, and future phases.
Build the scorecard around your project
WorldPoint develops manufacturing location scorecards around actual project requirements: meaningful criteria, practical weights, comparable data, and clearly identified constraints. For the step-by-step method, read our guide to building a manufacturing site selection scorecard.
The analysis connects labor, supply chain, infrastructure, costs, incentives, real estate, feasibility, and relocation with deeper site due diligence.
QUESTIONS ABOUT WEIGHTS, SCORES, AND EVIDENCE
Manufacturing location scorecard FAQs
Qu'est-ce qu'une fiche d'évaluation d'un site de production ?
It is a structured comparison of candidate states, regions, communities, or industrial properties against weighted project criteria. It helps a manufacturing team explain relative fit and focus deeper investigation.
How do manufacturers score potential locations?
Define requirements, choose criteria, assign weights totaling 100%, establish rating standards, and collect comparable data. Apply the same framework to every location and review the results alongside critical constraints and site due diligence.
What criteria should the scorecard include?
Common areas are labor, logistics, utilities, site readiness, operating costs, incentives, housing and relocation, and implementation risk. Refine them to reflect the facility and its operating model.
How should site selection criteria be weighted?
Weight each factor by its likely impact on production, cost, schedule, workforce stability, supply chain performance, and long-term risk. Different projects can need different priorities. There is no standard weight set that suits every operation.
How is a manufacturing location score calculated?
For this method, weighted points equal (rating ÷ 5) × weight. A labor rating of 4 with a weight of 25 earns 20 points. Add each category’s points for the total, with all weights totaling 100.
What is a good manufacturing location score?
There is no universal passing score. Interpret the result against the project’s requirements, competing options, evidence quality, and critical constraints. A complete 1–5 scorecard using this formula ranges from 20 to 100.
Can the scorecard replace site due diligence?
No. It supports screening and comparison alongside engineering, environmental review, utility verification, financial analysis, property due diligence, and management judgment.
How do manufacturers compare multiple U.S. locations?
Use the same criteria, weights, rating definitions, source periods, and assumptions for every candidate. Keep a separate worksheet and evidence record for each location.
Can the scorecard identify the best site?
It can identify promising candidates and highlight tradeoffs. Final selection also needs property-level review of readiness, utilities, approvals, costs, incentives, and execution risk.
What are common scorecard mistakes?
Common mistakes include fixed weights for every project, inconsistent definitions or data, undocumented subjective ratings, ignored critical constraints, stale assumptions, and treating the highest total as the automatic final choice.
Turn the comparison into a project-specific decision
Discuss the requirements, operating conditions, and critical constraints behind your next U.S. manufacturing expansion or relocation.