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The complexity of today's products and the development speed of mechatronic
products require an intensive communication and collaboration in
interdisciplinary development teams. The geographically distributed locations of
these teams, common development processes with suppliers and integrators as well
as the integration of external specialists impede a fast and smooth development
process, since the collaboration and the coordination require a large effort of
time and money. Within a previous work in the WTT Whoch6-consortium, the need
for a methodological and technological support was detected within many
interviews with industrial partners.
Prior to this project, a situation
analysis was done by ETH Zurich. Many industrial representatives were
interviewed about their usage of communication and collaboration means. ("How do
you do? - Industrial use of methods and technologies for communication and
collaboration").
Within an e-mail questioning and in personal interviews,
totally 65 industries were asked. We found out by this investigation that modern
communication tools like video and data conferencing systems, as well as digital
whiteboards are rarely used in industry.
In addition, many users tend to use
communication technologies only for typical activities like presentations,
polls, and synchronization of the further steps, as well as for the definition
of tasks. A distributed common work in the meaning of an efficient collaboration
is rarely done by any technological support, but mainly in meetings with
physical presence. This is due to the limited interaction capabilities and due
the poor quality of today's systems, but also due to the missing users'
knowledge on the technology and which tools could be used for the required
processes. Very often it also can be noticed that companies invested in a
technical infrastructure, but did neither teach the users how to use it nor did
change the processes or the way of working.
The study also showed that
communication and collaboration tools are not used very efficiently today and
which problems occur. However, it also showed an increasing need for supporting
teamwork over networks, since today's development and innovation processes
require an intensive international collaboration of specialists from different
disciplines.
Although many companies invested in videoconferencing systems
and CSCW-programs, this technology is not used or only used inefficiently.
Instead of using such systems, a lot of time and money is spent for traveling,
which poorly uses the capacity of the involved specialists. Valuable development
time is wasted, since ad-hoc meetings to solve actual problems are not
possible.
The study also shows that the little and inefficient usage of
technological communication and collaboration means has technical reasons
(complex systems, insufficiently supported business processes, poor transmission
quality), but also methodological and socio-cultural reasons.
Within this project, it is investigated how the current technology is used
today. Within workshops it will be demonstrated, which business processes can be
supported by the usage of new methods and tools.
The concept,
development, and testing of a 'meeting assistant' should simplify the
organization and the realization of meetings over a network. This will lead to a
more frequently and more efficient of an IT-supported collaboration
environment.
The analysis of real
business cases in such a new environment will give results on acceptance,
efficiency, and application fields of such a collaborative environment.
The economic goals lie in an increase of the industrial partners' competitiveness by accelerating the reaction and development time, and reducing the costs at the same time. The results of the project will be published in scientific papers, but also introduced later on to other industries by talks, seminars, and workshops.
The scientific goals
of the project can be split up into 3 fields:
Within a first stage,
the results of the pre-study are verified. The problems of the industry when
using a technological infrastructure are clustered into the fields technical,
methodological, and socio-cultural aspects.
With a team, solutions
are developed for the three clusters (see Figure 1) and implement by the
industrial partners.
An investigation of the
industrial business processes under optimized conditions gives results on
acceptance, efficiency, and usage of this IT-supported environment for
communication and collaboration.
The results of the
pre-study prior to this project (How do you do? - Industrial Usage of Methods
and Technologies for Communication and Collaboration) are scientifically
verified. For doing so, the early stages of product development of the partners'
projects are investigated, since these processes require a very intensive
communication and collaboration. This analysis is done in the fields technical
problems, methodological problems, and socio-cultural problems, as well as in
their interdependencies (see Figure 1).
Figure 1:
Problem fields when using an IT-infrastructure for communication and
collaboration
Deliverables: Requirements list for IT-systems that are adapted to the specific business
processes. Showing the need for a further development of a new interaction
technology. Verification of the point found in the basic investigation.
Deliverables: List of processes to be optimized. Enlargement and adaptation of existing
processes. Integration (consideration) of the technical infrastructure into
existing business processes.
Deliverables: List of acceptance hindrances. List of possible acceptance catalyzers.
The detailed problems from the analysis stage result in requirements lists or
catalog, which give important input for research, but also to industry, which is
developing components for a netbased collaboration. Within this project, only
some solutions for selected problems will be generated and realized in a
prototype. These will be problems, whose solutions will maximally affect the
communication and collaboration over a network and which will also improve the
acceptance and the efficiency of such systems.
Deliverables: Also other companies could benefit from the results, since an outcome of the
analysis is a catalog of 'technical means for business processes'.
Deliverables: Meeting Assistant" In order to solve the problems from the planning to the start
of a meeting, a 'meeting assistant' tool will be developed within this project.
Using this tool, all processes from the planning of a meeting up to its start
should be simplified. It offers functionalities for coordination, information,
and invitation of persons, the availability of rooms and the information of
their current state are combined with the possibility to pre-configure the
meeting environment (including the room control). It even allows an automatic
start-up and an automatic communication set-up. Thus, the organizer of a meeting
will have a tool, which supports him in the following tasks:
The meeting assistant
should simplify the planning of meeting and thus should also allow spontaneous
meetings. This will increase the acceptance for using an IT-supported
communication and collaboration environment.
Most of the business processes and methods are based on approved models. Like
the optimization of the technical infrastructure and placed in that environment,
the existing models are verified whether they can be transferred into an
IT-supported collaborative environment or not.
The V-model is an interesting
approach for an adaptation. It is currently introduced in medical technology and
in automotives (BMW) (see Figure 2):
The behavior of complex products - in particular mechatronic systems - is
characterized by interdependencies amongst the individual components. Therefore,
also an integrated and interdisciplinary development approach is necessary. This
requires that a communication across the traditional borders between mechanical
engineering, electrical engineering, and computer science can take place in the
early stages of product development. This requirement is fulfilled by an
interdisciplinary team, which bases on the capabilities of communication and
collaboration. Furthermore, the success of a product depends on the ability of a
team to create a consensus on the given tasks, for the process and the
corresponding functions of the team members. Today, the coordination and the
exchange of information between the team members in a net-based teamwork is is
very time consuming, being additionally impeded by the different time zones.
The situation of geographically distributed tasks in different time zones
and the resulting need of net-based collaboration is not covered by the classic
view of the serial product development process. The need of collaboration within
a mechatronic product development process is clearly represented in the
so-called V-model [2]. The V-model is a guideline for planning and for realizing
development projects in information technology, taking into account the complete
life cycle of a product. Unlike the classical phase model, the V-model only
defines activities but no strict dependency in time.
However, although the
V-model comes from software development, it should be applied now to a
mechatronic product development process, as it is shown in Figure 2:
Figure 2: The
V-model in product development
If this transfer of
the model into product development is successful, the rules and methods, which
are currently applied within information technology, can also be applied for
product development. Communication and collaboration is the basis for applying
the V-model, which have to take place in the individual blocks, but also between
the individual blocks. The V-model shows very clearly, where collaboration has
to take place.
Thus, a continuous communication and collaboration ensures,
that:
Delivrables:
Within this work package it will be investigated whether the V-model can be
adapted to the product development process, and where in the model collaboration
takes place. In a next step, it will be investigated, how this collaboration is
covered by today's existing IT-collaboration tools and which additional
requirements are not covered yet.
Most of the existing problems are based on missing knowledge about the
IT-supported collaboration environment. Very often, the user is supplied with a
new technology, but without any further training on the system. Due to a lack of
time and in order to not disturb the running product development process, a
short introduction to the system is given by the suppliers of such systems, but
mainly on technical aspects and not focused on the process. However, the
knowledge about human behavior, the working culture, useful applications of
IT-infrastructure, applicable methods and about their usage to increase the
working quality and the efficiency is as important as the knowledge about
handling the infrastructure. This kind of training cannot be offered by the
suppliers, since they do not have the interdisciplinary competences concerning
technology, processes, methods, and didactics. Within the analysis of this work
package, relevant aspects for teaching are systematically realized. The
didactical preparation results in different training programs, which are offered
to the involved industrial partners as workshops or seminars in order to
increase the acceptance and the efficiency of an IT-based collaboration. The
results will be also taught to students of the research partner in order to
optimally prepare future generations of engineers to these changed requirements.
In addition, seminars and talks will provide the elaborated know-how also to
companies that are not involved in the project.
Deliverables: Education and training programs, workshops, seminars, lectures, talks...
Up to now, there is no analysis that gives an exact number on the efficiency of
net-based collaboration rooms. Thus, interested users do not find any numbers on
possible benefits of such a new environment. Within this project, several
investigations will be done with different user groups (students and industrial
users), having also different scenarios like an experimental and teaching
environment at the university or real business cases of the industrial partners.
As a result, we expect better knowledge about the acceptance for a
technologically supported communication and collaboration environment. In order
to perform the user tests, objective measuring methods have to be elaborated,
which allow to measure the efficiency of the net-based working environment, but
allow to measure the so-called 'cognitive load' of the user. Both aspects have
an important impact on the acceptance of such a new environment and thus on its
sustainable usage within a company. The analysis of real business processes
within a company will show the impact of a communication and collaboration
environment concerning a reduction of costs, reduction of time, satisfaction of
the team members, etc.
Deliverables: Generation of suitable test scenarios, which require an IT-support but no prior
knowledge of the users.
Performing user studies in industry and at
university.
Generation of an action catalog to increase the IT-acceptance for
collaborative business processes.
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