VALUE ENGINEERING · FREE GUIDES · TWO FREE COURSES

Stop paying for parts. Start paying for functions.

Looking at what a product does, rather than what it’s made of, can cut 8–15% of a product’s cost in a first study, and more as the habit spreads. Value engineering gives you a repeatable way to find it. Learn it free, in a full course for practitioners or a 1-hour course for leaders, and earn a certificate you can add to LinkedIn.

New to value engineering? See the six steps of a study first.

–%typical cost reduction from one round of VE
%of a product’s lifetime cost is decided during design
:1+typical return on a well-run VE study
+ideas from a good workshop with people from different departments

01 · What VE is

Value is function divided by cost.
You can improve either one.

Value engineering started at General Electric in 1947, when engineer Lawrence D. Miles noticed that the substitute materials used during wartime shortages often worked better and cost less. It’s now a structured way to improve the value of products, processes and projects by looking at what they do, and SAVE International sets the standard for it worldwide.

VALUE= FUNCTIONwhat it must do — performance, reliability, esteem
COSTtotal lifecycle cost to deliver that function
F → · C ↓Same function,
lower cost
The usual cost reduction
F ↑ · C →More function,
same cost
Better product, same cost
F ↑ · C ↓More function,
lower cost
The VE ideal
F ↑↑ · C ↑Function grows
faster than cost
Worth paying more for
F ↘ · C ↓↓Remove features customers don’t
value and cut cost a lot
Remove what customers don’t use
Why value engineering? A short video introduction. Watch on YouTube
VAVE

Value analysis and value engineering: the same method at two different times

Value analysis and value engineering are the same method. The only difference is when you use it. On products already in production, you take apart what you make today, question every function and part, and remove cost customers never asked to pay for. During design, you set function and cost targets before about 80% of the cost is locked in, when the same effort saves around ten times more. Same steps, same tools. Together they’re called VAVE.

⚙ On existing products

  • Start from today’s parts list and processes
  • Teardowns and should-cost comparisons
  • Quick payback, with changes made during production

✏ During design

  • Cost targets set for each part of the design
  • Choose concepts by what they need to do
  • Stop cost getting in, not just take it out

Four kinds of value · as described by Lawrence Miles

Use valueWhat the product does: the jobs it performs.
Esteem valueWhat makes people want it: brand, finish and how well made it seems.
Exchange valueWhat it’s worth to sell or trade: resale value and the price it can command.
Cost valueWhat it costs in total: material, labour, overhead and running costs over its life.

Eight decades of engineered value auto-scrolling · hover to pause

1947
The insight

Lawrence D. Miles creates Value Analysis at General Electric after wartime material substitutes prove better and cheaper.

1954
VE gets its name

The US Navy Bureau of Ships uses the method during design and names it “value engineering”.

1959
SAVE is founded

The Society of American Value Engineers is founded to set standards. It’s now called SAVE International.

1965
Japan adopts VE

The Society of Japanese Value Engineering is founded, and Japanese companies combine VE with target costing.

1993
Required by US policy

A US government rule (OMB Circular A-131) requires federal agencies to use VE. Europe later sets out value management in the EN 12973 standard.

2010s
Software arrives

Should-cost software, CT scanning and spend analysis make cost engineering much faster.

Today
AI and ongoing programmes

AI assistants, generative design and shared knowledge bases help companies run VE all the time, not as a one-off.

03 · FAQ

Common questions

What's the difference between Value Analysis, Value Engineering and VAVE?

Value analysis (VA) improves products that are already in production: you take them apart, question each part and redesign. Value engineering (VE) uses the same method during design, before the cost is locked in, which is when it saves the most. VAVE is the name for both together, and value management is the set of habits that keeps it going over time.

When should we run a VE study?

There are four usual reasons: a new product reaching its concept or design reviews (when VE saves the most), margins squeezed by price pressure or inflation, a teardown showing a competitor makes something for less, and, in companies that do this well, simply the calendar, with a VE round every year on each high-volume product.

Who should be in the workshop team?

Six to ten people from design, manufacturing, purchasing, quality, finance and service, plus key suppliers who know their own costs. A trained facilitator runs the process but doesn’t own the answers. A team from just one department tends to come up with the same kind of ideas, so the mix matters.

How long does a study take, end to end?

Two to four weeks to prepare (data, a costed parts list, samples and benchmarks), three to five days for the workshop itself covering all six phases, then six to twelve weeks to develop and implement the ideas. Savings usually start coming through within three to six months.

How much does it actually save?

A first proper VE round on a product that’s never had one usually finds 8–15% of its cost. Companies that keep it going save 3–5% a year after that. A study usually returns more than 10 times what it costs, because the study is cheap compared with savings that repeat on every unit made.

Will cost reduction hurt our quality or brand?

Not if it’s done properly. VE is about improving value, so the functions customers need are kept or improved, and any feature you remove has to be backed by customer, warranty and usage data. Most quality problems come from flat percentage cuts, which is exactly what VE is meant to replace.

Which standards and certifications matter?

SAVE International’s Value Methodology Standard sets out the job plan used around the world, and EN 12973 covers value management in Europe. Practitioners can certify through SAVE as VMA (associate) and CVS (certified value specialist). A study led by a CVS is seen as the professional standard.

How is VE different from ordinary cost-cutting?

Cost-cutting starts from the accounts and removes whatever is easiest, which is often something the customer valued. VE starts from what the product needs to do and what that’s worth, uses should-cost data to find where you’re overpaying, brings different departments together to find alternatives, and only then takes cost out. Cost-cutting makes the product smaller. VE makes it better value.

04 · Quick check

Where is your product losing money?

Answer 13 quick questions about your product’s costs, margins, quality, pricing, design and suppliers. It takes about a minute, and you’ll get a suggested plan at the end.

Question 1 of 13

Estimate your savings potential

A rough guide based on the industry ranges on this site. Only a real study gives you real numbers.

Annual product spend—
Indicative savings / year—
Per unit—

A typical study returns more than 10 times its cost and pays back in under 12 months. Two to four weeks of groundwork turns this range into a checked figure for each part.

05 · Get started

Your product is carrying cost
that adds no value.

Learn the method, download the worksheets and run your own study. Everything you need to learn value engineering is free on this site.

Week 1–2Gather costs, list functions, tear down competitors
Week 3Run the workshop: six steps, a mixed team, 200+ ideas
Week 4–12Develop the ideas, get decisions, make the changes and track the savings
AB

About Avinash Bhosale

Creator of VAVEhub · Senior Cost Improvement Engineer – Propulsion, JLR

VAVEhub is a free site built on fourteen years of hands-on value engineering in automotive propulsion and chassis (JLR), construction equipment (John Deere) and engineering services (Tata Technologies). The work covers competitor benchmarking, should-cost modelling, running VA/VE workshops, and AI tools for cost analysis (BrainSpark, CostLens and CostVision). Everything here, from the guides and templates to the Academy, is shared to help engineers and buyers learn the method properly.

"Most cost problems are actually value problems. Effective cost optimisation is not about cheapening a product — it is about maximising function delivered per unit cost."

PVA · Professional Value AnalystVMA · SAVE InternationalTRIZ® Certified JLRJohn DeereTata TechnologiesB.E. Mechanical Engineering

Questions about the method, the course or the toolkit?