Research Brief 4204
- Risk Management
Introduction
The Royal Society for the Prevention of Accidents
(2002) report around 800 occupational fatalities on the roads
per year, and they have set up a campaign entitled Management
of Occupational Road Risk (MORR) to combat this. Estimates
suggest that one in four road accidents in the UK are work-related.
A proposal has been made for a system to report road accidents
involving people who are driving whilst at work. The task
in hand is to analyse the proposed reporting system and assess
the risks it poses and its potential costs and benefits.
The analysis will require knowledge of risk management. A
risk is an issue which may put something in jeopardy and prevent
it from being a success. Crockford (1986) defines the main
features of risk management as identification, evaluation,
minimisation and the mitigation of a risk. The main processes
involved in a risk management differ from project to project
but Grey (1995) adds the practice of identification of stakeholders
[1], success measures
and assessment of likelihood and impact of the risk.
Discussion
Methodology
The main success criteria for any project such as this one
are to be cost-effective, on-time and of quality. There are
many different methods to assess and manage risk. One such
is the likelihood and consequence method outlined by Grey
(1995) which is a quantitative technique that represents risks
in terms of the probability and impact they will have financially
should they happen. However, these particular techniques are
beyond the means of this task and hence a simpler cost-benefit
analysis defined by Mishan (1982) as a decision-making process
that aims to minimise potential financial risk and maximise
success.
Therefore in order to assess this project it is important
to ensure that a good balance between the cost and benefit
of something is found in order to satisfy all criteria listed
above such as time and cost alongside managing the risks involved.
Typical occupational driving risks
In a case study regarding business road travel King (2001)
writes of accident risk factors to the individual as being
legal compliance, weather and third party involvement. Further
factors include driver error, insurance issues [2],
health, fatigue, drink and drugs influence and mobile phone
use [3]. Accidents
may range from a scratched arm to multiple fatalities and
written-off vehicles. Using the probability-impact approach
the probability of a minor accident is perhaps medium-to-high
with low-to-medium impact in terms of liability and compensation
etc. However, whilst a major accident is less likely it has
a high impact value and so can be incredibly damaging to a
business both financially and in terms of life-loss.
These insurance and liability issues are highly
important to organisations and can, depending upon the nature
of the accident, have enormous implications upon the business.
When considering that many occupational road accidents involve
the actual payload - or the saleable product then it is vital
to improve safety. Hence, it is crucial to limit and attempt
to contain these risks as much as possible.
Cost-benefit analysis
The main benefit of road accident reporting is that it permits
processes to be put in place to ensure that the accident does
not reoccur. It acts as a risk management tool in that, as
stated before, it can identify and aim to minimise potential
risks. The first item to focus upon should be the actual system
that is implemented to store the information on. The system
would take the form of either a computer-based database, or
simply in old-fashioned paper file form. Either way the cost
of this to the business would be small. The main costs are
in the implementation stage. Wright and Lupton (1999) argue
that the accident report form is vital as without a suitable
one the whole process is pointless due to a lack of quality
information. Reporting permits information regarding accidents
to be built up. This information can be used to uncover areas
or sources of accidents. This may be for example the use of
a mobile phone. The data collected is used to devise methods
to minimise the risk of the accident happening again. For
example they may ban the use of mobile phones whilst driving.
Even minor accidents have a bearing upon the
operational performance of an organisation. Delivery dates
are now hugely important and failure to meet them often incurs
large financial penalties. Say, a driver is involved in a
minor accident causing no detectable damage. The time spent
dealing with the incident may mean late delivery causing financial
penalty. This may be the fault of the driver but to avoid
blame they may withhold this from their employer and blame
it upon traffic. If they did report to their employer then
perhaps something could be done to avoid a repeat. Hence,
it is vital to meet these deadlines and operate as efficiently
and risk-free as possible. Whereas previously drivers may
not have reported accidents they felt were minor or indeed
may get them into trouble, a reporting system should encourage
this act. Hood and Jones (1996) encourage a blame-free approach
to risk-management whereby the mistake is simply accepted
and attempts are made to ensure it is not repeated. This promises
better working conditions for the driver and minimised risk
for the employer in terms of operational performance.
Insurance and legal issues are of utmost importance
on the roads and this is especially true of business organisations.
Williams et al (1995) write that organisational use of motor
vehicles represents major exposure to liability through driver
negligence. Reporting of incidents is vital to maintain records
and adopt a suitable insurance policy. A system to record
accidents would dramatically increase compliance to legislation
in adhering to road tax, MOT and motor insurance. Many people
-whether they are aware or not - drive to, from and at work
without adequate insurance. The enforced reporting of road
accidents at work would mean increased vigilance on behalf
of the company in ensuring that all of its employed drivers
were adequately covered. Again, the consequence of an accident
could be crippling financially without insurance. However,
there are clear benefits. A more compliant and legal approach
to road use would dramatically reduce the risk of penalty
that may be incurred both in breach and compensation terms.
Moreover, a reduction in accidents or ideally an accident-free
period would result in reduced insurance premiums in the longer
term thus representing a financial benefit.
A study by Kircaldy et al (1999) found that
the main factors behind road accidents were gender, recklessness
and safety consciousness - all human behavioural factors.
A more intangible cost to the company may be the unwillingness
of the employees to modify their behaviour to accommodate
the reporting system. This change represents a risk as the
work of Beer et al (1990) explains that change programmes
often fail. Unless they are correctly organised and used then
they actually do the opposite to their intention and inhibit
the requisite change. This may result in decreased quality
of performance however, in the longer term should the change
process be managed successfully the benefits would outweigh
this intangible short-term cost.
Resultant methods to minimise risk
The reporting system should encourage participation with the
goal of enabling sources of risk to be highlighted and eliminated.
So how can these risks be minimised? The Health and Safety
Executive (2002) describes a number of methods that can be
used;
· Compulsory rest breaks are used to
offset the risk of driver tiredness and have only a small
bearing on cost.
· Vehicles should be regularly maintained to reduce
risk of faulty machinery. This incurs a medium-level cost
especially if work done through contractor. However, long
term maintenance is more economical than replacement vehicles.
· Mobile phones only to be used whilst stationary.
Regular breaks ensure that important messages can be accessed
and so these two policies work together to minimise risk and
cost.
· Driver training courses are compulsory promoting
defensive driving and accident awareness to counter-act reckless
driving. The cost of these is again medium level but again
the long term improvement in driving performance should be
apparent and outweigh this cost.
· Journey scheduling gives drivers a set route and
easily achievable checkpoints not only in terms of route but
in time also.
There are other methods including health and
eye tests, drink and drugs awareness to name but a few. All
represent either a tangible or intangible measure of risk
management.
Conclusion
In summary the proposal of a road accident reporting
system would be highly beneficial. The cost of implementation
and maintenance would be comparatively small in relation to
the benefits it would provide including the facility to highlight
areas that constitute high-risk potential accidents. In turn
many methods can be used to help to reduce these risks such
as those outlined for instance driver training schemes.
To put the argument into context Coca Cola Enterprises
(2002) revealed that their programme of road risk management
using a reporting system had reduced their associated costs
by £250k over the first year from an initial input cost
of £200k. They expect their costs to fall further in
future years and furthermore noted more intangible benefits
such as improved worker morale.
The implementation and usage of a road accident
reporting system would act as a cost-effective risk management
tool in enabling road risks to be identified and techniques
to be put in place to minimise them. Costs involved are relatively
small and they represent improved performance and savings
not only in financial terms but sometimes in human terms as
well.
- Stakeholders are all groups
concerned with the project or process. In this instance
the list would include employees, employers, insurance
companies, lawyers, third parties involved in accident
etc.[Return]
- Such as insurance coverage,
whether the driver is insured to drive a vehicle whilst
working etc.[Return]
- A study by Automotive News
(2002) shows that over half a million accidents are caused
in the USA each year by mobile telephones causing distraction
whilst driving.[Return]
- BIBLIOGRAPHY
- Automotive News, (2002)
Study says phones may cause 2,600 road deaths, Automotive
News, Volume 77(6014)
- Beer, M., Eisenstat, R.A., Spector, B. (1990)
Why Change Programs Don't Produce Change, Harvard Business
Review, Nov/Dec
- Coca Cola Enterprises (2002)
Road Safety Case Study, [online] at URL: http://www.hse.gov.uk/roadsafety/cocacola.pdf,
last viewed on 25/04/2003
- Crockford, N. (1986)
An Introduction to Risk Management, 2nd Edition, Woodhead-Faulkner,
Cambridge
- Grey, S. (1995)
Risk Analysis for IT Projects, Wiley, Chichester
- Health and Safety Executive (2002)
Road Safety, [online] at URL: http://www.hse.gov.uk/roadsafety,
last viewed 25/04/2003
- Hood, C., Jones, D.K.C, (1996)
Accident and Design: Contemporary Debates in Risk Management,
Biddles Ltd, Guildford
- King, J.L (2001)
Operational Risk: Measurement and Modelling, Wiley Finance,
Chichester
- Kirkcaldy, B., Martin, T., van den Eeden, P.,
Trimpop, R. (1999)
Modelling psychological and work-situation processes that
lead to traffic and on-site accidents, Disaster Prevention
and Management: An International Journal, Volume 8(5)
pp342-350
- Mishan, E.J. (1982)
Cost-Benefit Analysis, 3rd Edition, Billing and Sons,
Guildford
- Royal Society for the Prevention of Accidents
(2002)
Fleet Safety, ROSPA Review, [online] at URL: http://www.rospa.org.uk/review2002/fleet.htm,
last viewed 24/04/2003
- Wright, C.C., Lupton, K. (1999)
The Development of Improved Methods for Representing Road
Accident Data, Middlesex University Business School Reports,
[online] at URL; http://www.mdx.ac.uk/www/roadtraffic/object.htm,
last viewed on 24/03/2003
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