Pricing: Market-Based & Value Engineering

Overview

• What you’ll learn: Market-based pricing, the target costing process, value engineering and value analysis, kaizen costing for continuous improvement, and life-cycle costing for long-term product profitability.
• Prerequisites: Lesson 6 — Cost-Based Pricing
• Estimated reading time: 18 minutes

Introduction

The Grand Historian records: In the markets of ancient Chang’an, no merchant could dictate the price of rice. The market — that vast, impersonal force composed of ten thousand buyers and sellers — determined what rice was worth. The wise merchant did not ask “what price do I need?” but rather “what price will the market bear, and how do I engineer my costs to profit at that price?” This is the essence of market-based pricing and target costing — the most powerful pricing discipline in modern manufacturing.

Horngren (Chapter 13) presents target costing as a reversal of the cost-plus formula. Instead of Cost + Markup = Price, the equation becomes: Market Price − Target Profit = Target Cost. The enterprise must then engineer its products and processes to achieve the target cost — or abandon the product.

Target Costing

The Process

1. Determine the target price: Based on market research — what will customers pay for this product given competitive alternatives?
2. Determine the target profit margin: Based on corporate strategy and required ROI.
3. Calculate the target cost: Target Price − Target Profit = Target Cost.
4. Perform value engineering: Design the product and process to achieve the target cost while meeting customer requirements.
5. Use kaizen costing: After launch, continuously reduce costs through process improvements.

Example

The $13.00 gap is not a wish — it is an engineering mandate. If the gap cannot be closed, the product should not be launched.

Value Engineering

Value engineering (VE) is the systematic evaluation of product design and production processes to reduce costs while maintaining functionality. Key techniques:

• Function analysis: Break the product into functions — what does each component do? Can the same function be achieved more cheaply?
• Component reduction: Fewer parts mean lower material, assembly, and inventory costs.
• Material substitution: Can a cheaper material provide equivalent performance?
• Design for manufacturability (DFM): Design products that are easier and cheaper to produce.
• Supplier collaboration: Engage suppliers in the design process — they often know cheaper ways to achieve specifications.

太史公曰：The master architect does not build the cheapest bridge — he builds the bridge that delivers the required strength at the lowest cost. Value engineering is not about cutting corners; it is about eliminating waste while preserving what the customer values.

Kaizen Costing

While target costing operates during the design phase (before production begins), kaizen costing operates during the manufacturing phase — driving continuous, incremental cost reductions through process improvements. Kaizen costing sets cost-reduction targets for each period and holds production teams accountable for achieving them.

The combination of target costing (design phase) and kaizen costing (production phase) creates a comprehensive cost management system across the product’s entire life cycle.

Life-Cycle Costing

Products incur costs across their entire life cycle: R&D, design, manufacturing, marketing, distribution, and post-sale service. Life-cycle costing considers all these costs when evaluating product profitability:

• Locked-in costs: 80-90% of a product’s life-cycle costs are determined during the design phase, even though only 10-20% are actually incurred at that point. This makes design-phase decisions overwhelmingly important.
• Life-cycle budgeting: Projects total revenue and total cost over the product’s entire life to assess true profitability.

Customer Value and Pricing Power

Market-based pricing ultimately depends on the perceived value delivered to customers. Methods to assess customer value include:

• Economic value analysis: What is the product worth to the customer in economic terms (cost savings, revenue generation)?
• Conjoint analysis: Statistical technique to determine how customers value different product attributes.
• Competitive benchmarking: What do competitors charge for comparable products?

Key Takeaways

• Target costing reverses the cost-plus formula: Market Price − Target Profit = Target Cost.
• Value engineering reduces costs during design while preserving customer-valued functionality.
• Kaizen costing drives continuous cost reduction during manufacturing.
• 80-90% of life-cycle costs are locked in during the design phase — making early decisions critical.
• Market-based pricing forces the enterprise to be cost-competitive or exit the market.

What’s Next

This concludes Module 8 on Decision Analysis and Pricing. In Module 9, we ascend to the strategic summit — quality management, capital budgeting, transfer pricing, and performance measurement systems.