Cost Modelling and Should-Cost Analysis
Cost Modelling and Should-Cost Analysis in tender and procurement involves systematically estimating the expected costs of goods or services by analyzing materials, labor, overhead, and profit margins. This approach helps organizations understand the fair value of supplier bids, identify cost-saving opportunities, and negotiate more effectively. By breaking down costs, procurement teams can benchmark supplier prices, avoid overpaying, and ensure transparency and competitiveness throughout the procurement process.
Cost Modelling and Should-Cost Analysis
Cost Modelling and Should-Cost Analysis in tender and procurement involves systematically estimating the expected costs of goods or services by analyzing materials, labor, overhead, and profit margins. This approach helps organizations understand the fair value of supplier bids, identify cost-saving opportunities, and negotiate more effectively. By breaking down costs, procurement teams can benchmark supplier prices, avoid overpaying, and ensure transparency and competitiveness throughout the procurement process.
💡 Key Takeaways
- Understand the purpose of cost modelling and how should-cost analysis informs procurement decisions.
- Identify the main cost drivers (materials, labor, overhead, logistics) and the data needed to estimate them.
- Learn common modelling approaches (top-down, bottom-up, parametric, and activity-based costing) and when to apply each.
- Use a should-cost baseline to compare supplier quotes, spot gaps, and support negotiation and budgeting.
❓ Frequently Asked Questions
What is cost modelling?
A structured method to estimate the total cost of a product, project, or system by breaking it into cost drivers (materials, labor, overhead) and modeling how they change under different scenarios.
What is should-cost analysis?
An estimate of what a product or component should cost based on its drivers, market data, and supplier inputs, used to benchmark bids and negotiate better prices.
What are common cost-modelling approaches?
Bottom-up costing (sum of elements like materials, labor, overhead), top-down/parametric costing (cost drivers and historical data), and activity-based costing, often with sensitivity or probabilistic analysis.
How is should-cost analysis used in procurement?
To set price targets, evaluate supplier bids, identify savings opportunities, and guide decisions by comparing bids to the should-cost baseline.