Article: Putting the "Value" in Value Analysis
Originally Published in
Materials Management in Healthcare Magazine-Sept 1998 issue.
Value
analysis had lost its edge as a cost-cutting tool at
Albert Einstein Health Network , Philadelphia.
Committees that carried the name added no real value,
simply OK’ing blanket orders and the occasional product
trial that came their way. The process was a perfect
rubber stamp: “Fewer than 1 percent of the blanket
orders were denied,” say Jim Rapier, director of
materials management. But in the meantime, a fate $150
million in annual non-labor expenditures sat untrimmed.
Things went from bad to worse as the network expanded to
include 15 entities, ranging from hospitals to long-term
nursing and behavioral health centers. Each did its own
thing—or nothing at all—about value analysis. “It was a
complete waste of time. I knew there had to be a better
way," Rapier said. He found it. With the help of an
outside firm, Albert Einstein reinvented its value
analysis process. Less than a year later, reorganized
teams had uncovered more than $3 million in savings
network-wide—with as much or more identified and waiting
to be tapped in coming months.
Customer focus The new process begins and ends with
customers and their needs for product functionality. In
the middle are six programmed steps that keep projects
on track. Special software helps identify candidates
for analysis, keeps tabs on progress and documents
savings. The software merges data from the materials
management information system with a program designed to
support value analysis. Five teams, each targeting a
specific product group, have replaced the haphazard
array of committees. A Total of 40 people, called from
each of the network’s 15 entities and given two full
days’ training in value analysis, work to meet their
particular teams’ objectives. Each team has a
designated leader and a facilitator/recorder. A
15-member steering committee oversees it all. None of
the five leaders are experts in the team’s products.
“People who have ‘ownership’ of a product should not
manage the analysis. They’re so close to the matter,
they can’t be objective,” says Robert Yokl, president of
the HCP Group, Skippack, Pa., which helped reframe
Albert Einstein’s value analysis process. In the same
vein, the product expertise of other members is less
important than their ability to influence others, their
open-mindedness and ability to work on teams. “We want
team members who don’t have preconceived ideas,” Rapier
says. People who do know the ins and outs of a
particular product are included on an ad hoc basis.
Six-step program Although product users don’t hold
permanent spots on analysis teams, their input is
central to the process. In the first step, teams
develop complete understanding of users’ needs. Team
members meet with users, do thorough research on the
product in question, and create a “functional analysis
diagram” that charts every single activity related to
the product—from receipt, distribution and storage to
activities of use. Volume and associated costs are
included. Step two is investigative. Teams and users
collaborate to define a product’s primary and secondary
functions, and its aesthetic characteristics. They boil
down each function and characteristic to a descriptive
noun-verb phrase. For example, the primary function for
paper towels might be “hand-drying.”
The
secondary function might be “spill cleanup.”
Characteristics such as size and color are also
described. The purpose: to refine thinking about a
product and emphasize basic needs. “It can be hard to
come up with a two-word description. But it is
possible—even for complicated clinical devices,” Rapier
says. For example, a team studying guidewires
struggled, but eventually came up with “vascular access”
and “catheter exchange” to describe the functions. The
next four steps in the process:
-
Speculation: team members and users analyze various
product options
-
Analysis: functional requirements are balanced with
cost information
-
Planning: pilot studies and evaluations take place
-
Execution: a chosen product is launched
network-wide, along with education programs and
policies and procedures for the product’s use
The
process may sound like a lot of effort—and it is. But
the payoff has been substantial for Albert Einstein.
“This process gets at the true concept of value,” Yokl
says. “People get the functions they need at the lowest
possible cost, without compromising quality.”
Albert Einstein Proves
Product Analysis Theory
|
PRODUCT |
ANALYSIS |
SAVINGS |
|
Computer-fed
laboratory forms |
Sloppy
paper-feeding process and unnecessary three-part
form created enormous waste. |
$63,000
|
|
Enteral feeding |
Functions and
features proved that CPO-contracted products
would cut cost. |
$32.000 |
|
Glucose test
strips |
Cumbersome system
often required several tests to get readable
results. |
$42,000
projected |
|
Oxygen sensors |
A written
protocol for frequency of changing sensors would
cut costs. |
$25,000 |