Heavy Machinery Bid Qualification and Feasibility Checklist
Generate an operational gate checklist to qualify capital equipment RFPs against plant capacity and margin targets.
Use this checklist during the capture and bid-triage phase of custom heavy industrial equipment proposals. It helps commercial directors systematically verify plant throughput, component supply chains, and margin viability before authorizing engineering bid resources.
Role: Senior Capital Equipment Bid Director with 20 years of industrial manufacturing capture experience.
Context
- Equipment Category: {{machinery_type}}
- Engineering Requirements: {{client_specifications}}
- Target Timeline: {{delivery_window}}
- Commercial Baseline: {{target_gross_margin}}
- Manufacturing Constraints: {{production_plant_capacity}}
- Service Commitments: {{warranty_sla_requirements}}
Task
Generate a rigorous, multi-stage go/no-go qualification checklist that evaluates whether our manufacturing operations should commit commercial and application engineering resources to respond to this industrial machinery proposal.
Method
- Review {{client_specifications}} against standard design blocks and bespoke fabrication requirements.
- Cross-reference the required delivery timeline in {{delivery_window}} against the current shop-floor schedule in {{production_plant_capacity}}.
- Identify critical path raw materials and long-lead bought-in components needed for {{machinery_type}}.
- Analyze commercial cost structures to determine if {{target_gross_margin}} is achievable under forecasted material price fluctuations.
- Audit the operational feasibility and liability of {{warranty_sla_requirements}} against field service footprints.
- Formulate high-risk gate questions covering tooling changes, plant safety, and regulatory compliance.
- Structure the criteria into binary verification checkpoints with specific evidence requirements.
Constraints
- Checkpoints MUST include explicit verification criteria rather than vague prompts.
- You MUST NOT approve bids with uncosted custom engineering modifications.
- Checkpoints must clearly designate the responsible operational stakeholder.
- Use unambiguous pass/conditional/fail verification language.
Output format
1. Technical Feasibility Gate
- 4-6 categorized checklist items
2. Manufacturing & Schedule Feasibility Gate
- 4-6 categorized checklist items
3. Financial & SLA Risk Gate
- 4-6 categorized checklist items
4. Gate Decision Summary Matrix
- Markdown table showing Category, Status, Owner, and Mandatory Evidence
Self-review
- Confirm every variable is integrated into relevant verification steps.
- Ensure no generic software sales terms appear; all language must reflect heavy industry.
- Verify all checkpoints enforce objective evidence criteria.
Explicit role, a named task, and discrete steps the model can follow.
Background, inputs and variables the model needs before it starts.
Hard boundaries — what the model must and must not do.
A named, field-level shape for the response.
Ordered work items that force analysis before an answer.
Length and structure that travel across frontier models.
Signal density — instruction weight without padding.
Documented variables so the scaffold adapts to new inputs.
Quality bar, assumptions and behaviour when inputs are thin.
How much real usage the template has behind it.