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Systeemtechnische

Systeemtechnische is a Dutch term used to describe the discipline and activities related to systems engineering. It focuses on designing, integrating, and managing complex engineered systems across their life cycles, from concept through deployment and operation. The approach emphasizes addressing the overall system objectives, rather than optimizing individual components in isolation, and it requires cross-disciplinary collaboration among mechanical, electrical, software, and human factors specialists.

Core activities include requirements engineering, system architecture and decomposition, interface management, integration and testing, and the

Methods and tools commonly associated with systeemtechnische work include model-based systems engineering (MBSE), system modeling and

Applications of systeemtechnische practices span industries such as automotive, aerospace, energy, industrial automation, telecommunications, and infrastructure.

See also: Systems engineering, Systeemtechniek.

verification
and
validation
of
system
performance.
Risk,
safety,
reliability,
maintainability,
and
cybersecurity
considerations
are
integrated
into
the
process.
Lifecycle
management,
including
maintenance,
obsolescence
planning,
and
disposal,
is
also
a
key
concern.
simulation,
and
formal
verification
of
interfaces.
Modeling
languages
like
SysML
and
simulation
environments
such
as
MATLAB/Simulink
are
often
used
to
represent
requirements,
behavior,
and
architecture.
Standards
and
frameworks
from
the
broader
field
of
systems
engineering,
such
as
ISO/IEC/IEEE
15288,
provide
structure
for
processes
and
documentation.
In
education
and
research,
Dutch-speaking
institutions
may
teach
systeemtechnische
concepts
within
broader
programs
in
systems
engineering
or
technische
systemen.