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By involving different specialists
- from the ergonomist to the modelling or training engineer, the CORYS T.E.S.S.
engineering studies of complex systems consist in analysing (modelling)
their global behaviour:
- to optimise an industrial process in terms of productivity and safety,
- to put in adequacy the control system and the teams capacities,
- to increase the total output of the efforts engaged in the training
process.
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| Modelling
In the field of energy, the behaviour of complex processes is treated
by solving sets of non-linear differential equations. In the fields of
the rail and road traffic management, the vehicle handling is modelled
in the form of intelligent agents, and can be visualised in 3D in real
time.
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| Ergonomics
of interfaces
CORYS T.E.S.S. carries out design engineering of control rooms, monitoring
consoles, operator support and advice systems, management guides, etc..
Taking into account the human factor in the definition of the interfaces,
in particular for its cognitive aspects, facilitates the adaptation of
the personnel involved. An ergonomic approach based on iterative prototyping,
with usability tests, adjusts the design and the real-life requirement.
The design principles serve as milestones to this process and ensure the
quality of the product (see SWING Editor®
Guide).
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Training Design
CORYS T.E.S.S. proposes cognitive engineering studies applied to the
processes of vocational training:
- assistance to the expression and formulation of training needs or
their evolution,
- functional specifications of a training system,
- definition and specifications of the training tools : simulators,
teachware computer based training, e-learning...
- management system of the trainee progress and evaluation - on-site
or remote
- audit of the existing system.
References
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