hpm-drsr
TRANSCRIPT
-
7/29/2019 HPM-DrSR
1/49
PRESENTED BY :
ABHINAV MISHRA
ANKIT TIWARI
GAURAV GULATI
NILAYA MITASH SHANKAR
-
7/29/2019 HPM-DrSR
2/49
HPM has to deal with most competitive and hostile
marketplace
Improvements in technology and globalised market isenabling competitors to challenge HPM dominance
The case describes the how HPM positioned itself in themarketplace and ways in which HPM uses technology to
differentiate itself
It also show how company conducted comparison betweenconventional engineering path from product design to market
introduction
-
7/29/2019 HPM-DrSR
3/49
Established in 1925 and is based out of Australia
Started with button molding business and eventually
started making 20 products in 1948
Core Business is in the design, manufacture and
distribution of electrical wiring accessories
Traditionally marketed and sold its products throughelectrical wholesale market
-
7/29/2019 HPM-DrSR
4/49
Dominant player in Australia domestic market and
have managed to break through internationally in
number of special niche
Current CEO : Peter Simons
Managing Director : Stuart Rom
Presently employs 1100 employees and supplies over3500 product lines
-
7/29/2019 HPM-DrSR
5/49
There are nine factories located in Sydney which supply
every part of HPMs manufactured product range
Darlinghurst, Sydney contains operations of design,engineering, manufacture and also distribution
Waterloo, Sydney mainly involves assembly and
distribution
-
7/29/2019 HPM-DrSR
6/49
Being an Australian company, has a strong philanthropicethic and sense of corporate responsibility
Each year contributes in various ways to Australian
Community
Sponsors and supports a number of Australian communityorganizations like National Trust, Kidsafe etc
Funded three year Scientific Research Project throughAustralian Kaola foundation and James Cook University.
-
7/29/2019 HPM-DrSR
7/49
Enjoyed strong position for more than half a century
Still continue have a steady growth by paying attention
to quality and strong product development
In pursuit of this excellence HPM has faced many
different challenges
-
7/29/2019 HPM-DrSR
8/49
I. Product Life Cycle
In 1970 and 1980 HPM product generally had a life
cycle of around 8-10 years
In todays market the company now must contend with
product life cycles with 2 years or less
-
7/29/2019 HPM-DrSR
9/49
Some of the challenges are:
Product Life Cycle
Impact of Technology
Impact of Cheap Imports
-
7/29/2019 HPM-DrSR
10/49
I. Product Life Cycle
In 1970 and 1980 HPM product generally had a life
cycle of around 8-10 years
In todays market the company now must contend with
product life cycles with 2 years or less
-
7/29/2019 HPM-DrSR
11/49
II. Impact of Technology
In the past the imported products had poor qualitythereby providing HPM competitive edge on quality
But now the product imported are having a goodquality
With new technology, competitors can scan theproduct, reverse engineer it and saturate the marketwith cheap copies
-
7/29/2019 HPM-DrSR
12/49
III. Impact of Cheap Imports
Unique in house manufacturing philosophy andsourcing structure
This Australia Made philosophy contributed greatly to
companys marketing success
Logic was to overcome the cheap labor and lowersetup costs of overseas competitors by investing inmore automated technology
-
7/29/2019 HPM-DrSR
13/49
Today the low cost overseas sourcing has reached the point
where a packaged finished product can be sourced out of
China for less than cost material in Australia
This scenario is forcing the HPM to totally reposition its
manufacturing strategy. The manufacture of high volume
and particularly low technology products will be forced
offshore
However HPM is expanding its manufacturing capability in
Australia in higher technology areas
-
7/29/2019 HPM-DrSR
14/49
Companys main strategy to differentiate itself from
low cost competitors is through innovation
Aim is to build on companys strong tradition ofproduct development and looking forward for new
refreshing products all the time
Two important factors enabling innovation in HPM areA. Organizational B. External C. New Product
-
7/29/2019 HPM-DrSR
15/49
Three important factors enabling innovation in HPM
are
Organizational ExternalNew Product
Innovation
-
7/29/2019 HPM-DrSR
16/49
HPM promotes free thinking process
Company structure involves very few rules andregulations, with a deliberate exclusion of set policies
and no job descriptions
There is no formal mission, vision, goals or strategicobjectives set down
Only documentation is in the form of pictorial diagramof business objectives
-
7/29/2019 HPM-DrSR
17/49
Remuneration is highly graded, with executives highly
paid & trades-people drawing 30-40% over the MTIA
award
Design and engineering staff are given the necessary
resources freedom of action, full responsibility, and
opportunity to exhibit initiative and creativity
Enterprise agreement at HPM features following
-
7/29/2019 HPM-DrSR
18/49
Workplace flexibility Quality Assurance for continuous movement
Responsibility for control and work planning taken byoperational staff for their own stock at their workstation
A consultative committee to continuously monitor andreview training for new technology, multi-skilling and jobsharing
The company has also set up a separate research anddevelopment organisation that is constantly looking fornew product ideas
-
7/29/2019 HPM-DrSR
19/49
The ways in which HPM encourages innovation through itsexternal relationships are:
1.
Commitment to governments Intelligent Manufacturingsystems (IMS) consortium agreement for R & D projects
Through this program the company has been able to developstrong relationships with other facilitating companies
Wherever there is research going on within this internationalconsortium, HPM is in an excellent position to tap into thatknowledge and intellectual property
-
7/29/2019 HPM-DrSR
20/49
2.
The company is also heavily involved with a number of
Australian universities
The company provides the funds for an annual
engineering co-op scholarship with the University of
NSW
They are also governors of the Warren Centre, which is
Sydney Universitys commercial arm
-
7/29/2019 HPM-DrSR
21/49
3.
Companys approach to product development is very muchmarketing-led
Innovation inputs come from four different directions:
I. Management think tank: Regular 45 minutes meeting toplay around with ideas and discuss the progress of different
issues
II. Inventors: These people are embraced and encouraged
-
7/29/2019 HPM-DrSR
22/49
III. Salespeople: Salespeople are strategically aligned
with the end user. User knows the problems feedback
generally provides simple and practical ideas
IV. International study tours: The idea here is not to
copy the products shown at the fairs but to stimulate
thought and generate ideas
-
7/29/2019 HPM-DrSR
23/49
Strategy is to concentrate on highly innovative products
Should hold the following characteristics:
1. Where there is added value
2. Where the company has some intellectual property inthe product
3. Where the product cant be copied or will take a long
time to copy
-
7/29/2019 HPM-DrSR
24/49
In satisfying these criteria the company is increasinglymoving toward new electronics technology in an effort to:
1. Increase the product life cycle of their products
2. Differentiate the HPM product in the marketplace
Example:
Placing electronics into products is allowing the companyto do things that could never be done before
The company is not only using electronics in existingproducts but is also moving into the area of providingcomplete electronic systems like OSCAR
-
7/29/2019 HPM-DrSR
25/49
Increased Market Servicing
Coinciding with the development of higher technology products, HPM is alsolooking to increase the number of support services that they offer in the field
In the future the company will offer services such as systems installation,
commissioning, and upgrades to support their products
Developing New Distribution Channels
Future systems will not be sold via on the shelf channel, however, as they willneed to be programmed on-site by someone with the appropriate
programming skills
It is not envisaged that the normal electrical contractor will have these skillsand hence new distribution channels and a new style of contractor will berequired
-
7/29/2019 HPM-DrSR
26/49
Follows Vertical Manufacturing strategy
Makes its own mouldings, screws, pressed metal parts,
production tools and equipment, and robots
-
7/29/2019 HPM-DrSR
27/49
The flexibility of designing and making their ownequipment gives the company an advantage in creating
a fit between the technology it introduces and the goals
of the technology introduction
-
7/29/2019 HPM-DrSR
28/49
Design Done on CAD
Component Warehousing
Automatic manufacturing of components
Assembly, sub assembly by PLC robots
Manual final assembly of products according to customer
Fully Automatic testing
Automatically Packaging
-
7/29/2019 HPM-DrSR
29/49
HPM prides itself on being an early adopter of thenew technology
Introducing new technology when it is early in its life
cycle can bring many benefits, as it may let the early
adopter get the jump on its competition
Because decisions must be made without provenevidence of the benefits, the implementing company
must be very thorough in its decision-making process
-
7/29/2019 HPM-DrSR
30/49
Any major capital purchases must comply with twoprimary criteria
Strategic Fit
Financial Payback
-
7/29/2019 HPM-DrSR
31/49
Strategic fit:
Investments must be aligned within the companys overallbusiness strategy, which is to satisfy the needs of consumers interms of their electrical requirements
Financial Payback:
Previously HPM used a two-year payback period as a guide fordeciding whether an investment decision was financially viable
This has now changed, however, and financial decisions aremade on a more ad-hoc basis
-
7/29/2019 HPM-DrSR
32/49
HPM recognises the importance of getting newproducts to market quickly and therefore pays
particular attention to new developments in the area
of rapid prototyping technology
HPM used the following to evaluate the benefits and
costs of using
1. Stereolithography rapid prototyping technique
2. A technique to produce rapid tooling
-
7/29/2019 HPM-DrSR
33/49
Stereolithography is a process that has the potentialfor dramatically reducing product development lead
times and their associated costs
Using layer-building processes, they deposit only the
required material for each particular layer, gradually
building an exact replica of the part, regardless of its
complexity
-
7/29/2019 HPM-DrSR
34/49
Stage I
Transfer CAD data into STL file
STL file breaks CAD file into series of triangles
Stage II
Transfer of information into another machine
The machine controls UV laser
3D figure is represented by numerous 2-D slices
Stage III
2-D images is then traced onto a vat of liquid photopolymer resin by UV laser
UV light causes the liquid resin to solidify leaving an image of particular cross-section
After solidification work area lowers allowing new resin to flow in over hardened surface
Stage IV
This process is repeated until desired shape is obtained
When finished, the table raises the part to the surface where it stands allowing any excess resin to drain
from the part
excess material are then removed and the part is placed in an oven for a final cure
-
7/29/2019 HPM-DrSR
35/49
Light Switch product could suffer serious damage frominferior but inexpensive import competition
In developing the new product, HPM also wished to
test and quantify the benefits of the rapid productdevelopment approach
The decision was therefore made to carry out the
product development using three concurrent butdifferent methods, and to monitor the progress of eachmethod
-
7/29/2019 HPM-DrSR
36/49
These three product development paths were
Case1 : Employing Conventional engineering
Case2 : Employing a rapid prototype model
Case3 : Employing a rapid prototype model plus
rapid tooling
-
7/29/2019 HPM-DrSR
37/49
Case 1
In the case of the
conventional engineeringpath, the injection mould
tool design was then
commenced.
Case 2
Utilising the rapid prototypedevelopment technique
The design was completed on
the CAD System and the tooldesign data transferred to
machine for production of the
injection mould tool
Case 3
Utilising the rapid prototypedevelopment technique
The design was completed on theCAD System and the tool designdata transferred to machine for
production of the injection mouldtool
For the case utilising rapidtooling process combines the use
of zinc alloy wires which aremelted under a plasma arc and
blown . The metal is almost at
room temperature reaches thestereolithography model, and
thus causes no distortion to themodel
-
7/29/2019 HPM-DrSR
38/49
-
7/29/2019 HPM-DrSR
39/49
-
7/29/2019 HPM-DrSR
40/49
Case 146 weeks from the time of
confirming the product designuntil the product was available
for mass production &
distribution
Packaging design, particularly
any blister packaging and droptesting, are also not normally
finalised until the product or
models are available
Case 2Minimum time from product
design to market availability
was reduced to 37 weeks. This
reduction of 9 weeksrepresents a 19.5 percent
reduction in development lead
time
Manufacturing aids and jigs,
photography, and productliterature, as well as packaging,
could commence at week five,although not critically required
until week 37
Case 3Enabled HPM to obtain
Government regulatoryApproval for the product prior
to the completion of the
production moulding tool
When compared to the
conventional engineering path,this methodology saves 19
weeks (or 41.3 percent)compared to the orthodox
process
-
7/29/2019 HPM-DrSR
41/49
Introduction of change initiatives into any organisationis never easy and there are always some difficulties
that must be overcome
I. Quality Assurance: The need for a separate and
unique quality assurance process for rapid prototype
development was evident from the delays caused by
the formalities required by the companys adherence
to ISO 9002
-
7/29/2019 HPM-DrSR
42/49
II. Politics of Change: The need for the companys seniorexecutives and management to support the cultural changenecessary to successfully implement rapid product developmentwas certainly one of the key issues.
III. Project Management Resources: The experiment confirmedcurrent experience of a heavy demand on managementresources when introducing rapid product developmentprojects.
In this particular case study, involving extensive use of
subcontractors, the amount of project management resourcesvirtually had to be doubled for the short period ofimplementation
-
7/29/2019 HPM-DrSR
43/49
IV. Skills Acquisition: Before RPD was introduced, theCAD skills of the design group were used to
incorporate tool-making skills into the drawing office
as tool quality was believed to be the way to ensure a
quality product. A wide range of new skills have been
added to support RPD.
-
7/29/2019 HPM-DrSR
44/49
SWOT Analysis
Strength
Attention toquality andstrong product
development. Innovation.
Weakness
Product LifeCycle ( From 9yr to 2 yr ).
Competitorable toreengineer
and duplicatethe product
exactly andflood marketwith cheap
product
Opportunity
Ability todifferentiateitself through
innovation andtechnology.
Strong
innovation.
Strong focuson using latest
technology.
e.g Stereo
lithography,rapid tooling.
Threat
Improvementsin technology.
Hostile
marketplace. To give
company a
Householdname.
Cheap Importfrom China.
Total
repositioningof
ManufacturingStrategy.
-
7/29/2019 HPM-DrSR
45/49
Innovation Theory: Technology Development isstimulated through Science technology Push and
Market Pull
-
7/29/2019 HPM-DrSR
46/49
Integrating technology push and Market pull tostimulate innovation.
-
7/29/2019 HPM-DrSR
47/49
M-T Matrix : An aid to decision making when decisioncriteria have multiple level.
-
7/29/2019 HPM-DrSR
48/49
-
7/29/2019 HPM-DrSR
49/49