Abstract
The service industry has become the most important part
of Europe's
industry sectors. The construction sector is not an
exception. In order
to stay competitive, excellent products are no longer
enough, even
for the most traditional industries, construction being
one of them.
The service sector has been identified as the key aspect
of future
European markets. Product services combinations frame
tomorrow's
businesses.
The intangibility of services, their nature of activities
rather than
things, as well as the necessity of customer's
participation in service
development, make service performance and consumption
extremely
individual compared to industrial products. Nevertheless
it is still
possible and even reasonable to systemise the process of
service
development, from the service idea through its planning
to the actual
performance and to support it by different methods. This
would let
the service provider reach high quality and efficiency,
which is
reflected in customer satisfaction and high acceptance of
services
and their easy implementation.
Good planning and development have to provide a solid
basis for
high quality services. Service engineering applies a
systemic
approach to the creation and development of services. It
conceives
the creative process of service development as a system,
a
successive and comprehensive process, targeted at a
certain
objective. This approach, balancing between creativity
and system,
can push innovation in the service area with respect to
quality, time,
and costs. The I3CON Service engineering approach,
presented in
this paper, was developed specifically for the
construction industry,
with due consideration to the unique characteristics of
this sector as
well as changing requirements within it. This approach
helps
companies design and develop new, and to improve
existing,
services and service models in a structured, modular
step-by-step
way.
Original language | English |
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Title of host publication | Industrialised, Integrated, Intelligent Construction Handbook I |
Editors | I. Wallis, L. Bilan, M. Smith |
Pages | 30-39 |
Publication status | Published - 2009 |
MoE publication type | D2 Article in professional manuals or guides or professional information systems or text book material |
Keywords
- service engineering
- collaborative service engineering
- value-driven services
- product service
- construction industry