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Automation
+ Robotics + Mechatronics
Engineering based on Electrodynamics + Mathematics
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Prof. Dr. Wolfram Stanek
University of Applied Sciences FH Koblenz (Germany),
Institute of Engineering
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Innovations
in MECHATRONICS + MAGNETICS + FIELD THEORY + MNEMONICS + MATHEMATICS |
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+ CAE in MAGNETICS for New Actuators + Sensors + EMC applications |
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NEW QUICK INFORMATION by dynamic roll over PICTURES:
Keep MOUSE on some pictures => additional animation for
technical system design in virtual robotics and numerical field simulation |
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development
+ simulation
actuators +
sensors+EMC
for industrial
automation
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development
+ simulation
worldwide fast
motor car production
+ magnetic gripper
in robotics
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1. STEP:
IDEAS based on
creativity + mnemonics
+ compact Maxwell quations
+ research electrodynamics
+ FIELD THEORY
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development
+ simulation
anti vibration systems
noise + vibration
control
in motor cars
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development
+ simulation
switchgears
optimized design
for
energy supply
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virtual
and real robotics
 simulation robot + teaching box
development + optimization + realization
(universities
EU + Asia)
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robotics
and automation
new magnetic gripper
Master Thesis Mechatronics at
University of Applied Sciences Koblenz
+
Swiss German University
advisor:
Prof. Dr. W. Stanek
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knowledge management
technical + universal memo maps
+ mind mapping + memory power
+ creative intelligence in mathematics
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Diploma
Thesis 2006 + further
best industrial works by students etc
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BIS
Elektrotechnik
vocational (job)
integrating study
1. Study in Germany
realized by
Prof. Dr. W. Stanek
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2. STEP:
mind maps + memo maps
extended Maxwell Equations
integrated in mechatronics
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3. STEP:
simulation of new systems
by CAD in MAGNETICS,
computation of
electromagnetic fields,
(C) Prof. Dr. W. Stanek
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4. STEP:
prototyping
+ tests & measurements
+ realization
+ industial applications
(C) Prof. Dr. W. Stanek
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