medical technologies in the west midlands skills and the prospects for growing new medical...
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Medical Technologies in the West Midlands
Skills and the prospects for growing new medical technology businesses in the region
Medical Technologies in the West Midlands
A study carried out by:
Institute for Employment Research, University of Warwick
Warwick Manufacturing Group, University of Warwick
Medilink West Midlands
Funded by:
the European Social Fund & the Learning and Skills Council: Coventry and Warwickshire
Aims and Objectives
To identify:• Characteristics of companies that have diversified into
medical technologies• The skills needs that arise out of diversification
• Characteristics of potential diversifiers• The skill needs that potential diversifiers will need to
succeed
Sources of Evidence
• A review of the literature (international/national/regional)
• A questionnaire survey of companies that have diversified or have the potential to diversify
• A survey of Medilink West Midlands members
• A series of company case studies to identify further skill needs related to diversification
Why Diversify?
The West Midlands economy is facing a number of challenges
Highly uncertain future of the manufacturing base that has served the economy well in the past
Need to identify new high value, high skill, high wage employment for the future
► Medical technologies fits the bill
How to identify diversifiers
The Kompass database identifies a variety of outputs produced by businesses
If medical technologies mentioned along with outputs
= a diversifier
Where companies otherwise have the same characteristics as diversifiers but do not produce medical technologies
= potential diversifier
Schematic representation of the medical technologies cluster
Producers of Medical Technologies (services
and manufacture)
Supply of professional services (e.g.
accountancy, marketing)
Final consumer
Supply of scientificservices (e.g.
laboratory testing)
Other services (e.g. training, design)
Suppliers of intermediate
products
Distributors
Findings from the study
Findings from the study are presented in four sections:
• The state of medical technologies in the West Midlands
• Employment in medical technologies and skill needs
• The diversification process
• The potential to diversify
The State of Medical Technologies in the West Midlands I
There are many areas of the world where the medical technologies industry is well established (e.g. Baden-
Württemberg , Massachusetts)
Many areas where it is in an embryonic form with considerable potential (e.g. Medicon Valley in Denmark-Sweden)
In the former there are a mix of large dominant players (e.g. Siemens) but many small firms
In the latter it is principally smaller firms
The State of Medical Technologies in the West Midlands II
How does the West Midlands compare?
No major, dominant players
No evidence of a world-class niche developing
Tends to do a little bit of everything…
…but has a strong engineering basis
Evidence that many firms have dabbled in the production of medical technologies
The State of Medical Technologies in the West Midlands III
The global message:
• A long way to go with considerable potential to go far• But a better sense of direction may be required at a
strategic level in the region• If the region is to catch up with areas of the world with
world class producers, it needs to act quickly
The State of Medical Technologies in the West Midlands IV
Business conditions buoyant:
Diversifiers tending to better than non-diversifiers
Strong sense that the medical market will remain strong over the next five years
Diversifiers are looking to move into higher value added markets in the future (57 per cent)
Message: diversification pays
Employment and skill needs in Medical Technologies I
Employment tends to be concentrated in smaller workplaces
42 per with fewer than 10 employees
82 per cent with fewer than 50 employees
On average, the medical side of the business was modest:
Accounting for 16 per cent of turnover…
… and 32 per cent of employment
Employment and skill needs in Medical Technologies II
- Just under half of companies that had diversified into medical technologies designed their own products
- 6 per cent produced goods under licence
- 82 per cent with fewer than 50 employees
- 17 reported that medical technologies were their main output
- 35 per cent reported that general engineering was their main output
Employment and skill needs in Medical Technologies III
17
22
15
15
4
8
16
40
4
7
17
5
4
28
0 10 20 30 40 50
Electromedical equip.
Lab. Equip
Rescue and emergency equip
Diagnostics
Drugs
P hysiotherapy/ortho. Equip
ICT
Commodities/consumer goods
Facilities management
Fabrics
Medical furniture
Building technogies
Services and publishing
None of these
% respondents
Types of medical activity in which
workplaces engaged
Base: All workplaces engaged in medical technologiesSource: LSC/ESF Medical Technologies Skills Survey 2005 (IER/IFF)
Employment and skill needs in Medical Technologies IV
Principal customers for medical products:44 per cent NHS
But where the main output was medical:76 per cent said NHS was main customer; and
More likely to be dealing with private medical practices and directly with patients
Employment and skill needs in Medical Technologies V
Main markets are national ones:
17
35
15
3
3
18
6
0 5 10 15 20 25 30 35 40
Medical
General Engineering
Chemicals
Other manufacturing
Construction
Distribution
Services
Mai
n in
dust
ry
% respondents
Base: All workplaces engaged in medical technologiesSource: LSC/ESF Medical Technologies Skills Survey 2005 (IER/IFF)
Main activity of workplaces
producing medical goods/services
Employment and skill needs in Medical Technologies VI
Skill needs:
- 13 per cent of employers experienced recruitment problems over last two years
- Where medical products were the main output recruitment problems more common – 32 per cent of
employers
-The main reasons are skill related
- Not just technical skills, but softer skills too
Employment and skill needs in Medical Technologies VIIRecruitment problems and skill shortages can have dramatic
consequences:
Impact of recruitment difficulties
Base: All workplaces engaged in medical technologiesSource: LSC/ESF Medical Technologies Skills Survey 2005 (IER/IFF)
8
4
5
6
5
3
0 1 2 3 4 5 6 7 8 9
Any of the above
Delays meeting orders
Failure to develop new markets
Loss of sales for medical side of business
Problems meeting ciustomer carestandards
Subcontracting to other companies
% respondents
The Process of Diversification I
• At the point companies diversify this requires investment in skills:
– hiring more R&D people– investing more people with medical related skills
– hiring people with regulatory knowledge
The Process of Diversification II
• Why diversify?
- Existing markets in decline (24 per cent of diversifiers)
- Developed customer base with a demand for these types of product (51 per cent)
- Approached by customers (61 per cent)
- Medical market a source of growth (44 per cent)
The Process of Diversification III
Does the availability of skills limit diversification?
2
40
18
9
29
18
84
26
62
0 10 20 30 40 50 60 70 80 90
Availability of capitalfor new processes
Availability of capitalfor new products
Availability of skills
% respondents
Not a problem
A problem
A great problem
Base: All workplaces diversifying into medical technologiesSource: LSC/ESF Medical Technologies Skills Survey 2005 (IER/IFF)
Problems encountered upon diversification
The Process of Diversification IV
• The future of the medical market
– Most companies confident market will be strong over next five years (64 per cent)
– Medical outputs will increase a percentage of total output for most companies (61 per cent)
– NHS procurement is a disincentive for a substantial minority of those who have diversified (31 per cent)
– A shortage of skills will limit development for a quarter of diversifiers (26 per cent)
The Process of Diversification V
Future critical skill needs
Critical skill needs in relation to medical applications and markets
Base: All workplaces engaged in medical technologiesSource: LSC/ESF Medical Technologies Skills Survey 2005 (IER/IFF)
26
31
28
35
20
0 5 10 15 20 25 30 35 40
Knowledge of theNHS
Knowledge ofmedical issues
R&D skills
Design skills
Biotechnologyknowledge
% respondents
The Process of Diversification VI
• Actions taken to acquire critical skills:– Training (43 per cent)
– Recruitment (25 per cent)– Nothing (34 per cent)
• Training most commonly provided by private training providers (40 per cent)
• Main message: skill availability is limiting the development of the cluster, but this is not the only barrier
The potential to diversify I
Potential diversifiers had the following characteristics:
- Around 2,500 employers have the potential to diversify
- 10 per cent of the sample said they had considered diversifying into medical technologies
- 77 per cent had never considered doing so
The potential to diversify II
- Around a fifth of the sample of employers thought their products had a potential medical application but had not
pursued it
- 14 per cent said NHS procurement was a barrier
- Most not looking to diversify because existing markets were strong
- Tended to be cautious about diversification
The potential to diversify III
- Those with the potential to diversify have tended to experience recruitment problems over the past two years
(around a third)
- This suggests that diversification into medical technologies may further exacerbate recruitment problems and skill
shortages
- These recruitment problems were impeding the current business
Conclusions I
There is considerable scope for employers in the region to enter the medical technologies market
Skill is a limit on the diversification process…
…but only at the point of diversification
The main barrier is the decision to diversify into medical technologies in the first instance
Conclusions II
Diversification relies upon a level of creativity in the business at a senior level
But once the decision to diversify is made, then skill problems will arise…
…and these will limit business development
Encouragement to diversify needs to be simultaneous with skills development
Conclusions III
At a strategic, regional level there is a need to broadly identify where the region has potential
This is not about picking winners…
…but about identifying where scarce resources can be optimally expended
At the moment the cluster is inchoate and possibly lacks a clear identity given the various activities in which current
medical producers are engaged