The main objective of the Faculty of Engineering is to bring
modern research close to its partners in the region which can thereby benefit
from international trends in research and development. Int he established
framework of joint Research Centre a partner company may have control over the
complete R&D process from initialization to final reports.
Our modern infrastructure and the expertise of our
researchers have recently contributed to the success of several large-scale
joint projects. The increasing number of research grants is a good indicator of
our involvement in applied research tailored to the need of partner companies,
academic institutions and universities.
Materials Testing - Materials
Development and manufacture
of polymers, testing of physical and chemical properties as well as
Development and testing of
high strength technical ceramics and composites.
Modification of physical and
chemical properties of raw materials of ceramics by mechanical activation.
Manufacture of high
temperature superconductors for various electronic and magnetic applications,
development of various chemical compositions and manufacturing methods
Testing of composition and
properties of metal grinding additives.
Testing of protective
coatings: measurement of coating thickness and hardness, testing of adhesion,
plastic forming, impact resistance, impedance as well as thermal and dielectric
properties, color and luminance.
electron microscopy and X-ray analysis, failure analysis and quality control
Mechanochemistry research (effect
of mechanically induced deformation, fracture, and dispersion onto the
structure and reactivity of materials).
Testing of lubricants and additives,
lubrication consulting, selection and/or replacement of the right lubricants,
testing of additives and their effects.
Our mechanical engineering
Optimal design of
constructions (metal constructions, machine parts).
Optimisation and straight
design of sandwich constructions.
algorithms using for the design of constructions.
Mechanical testing of metallic
materials (tensile strength, Charpy impact testing and hardness) and portable
XRF analysers for metal analysis.
Participation in mechanical
development of mechatronical and mechanical structures.
development with DFMA (Design for Manufacture an Assembly).
Developing of measuring
methods of physical quanta (pressure, temperature, stresses and strains and
other dynamical parameters).
Development and testing of
CAD curse (Autodesk,
FESTO curses (PLC, etc.)
Mechatronical research and
On-line computer controlled
data acquisition systems for the measurement of physical and physicochemical
parameters (concentration, pH, temperature, electric conductivity) of cutting
and cooling oils.
Development and design of
softwares and drive circuits for stepper motors.
Micro-pumping of liquids.
Design and optimisation of linear
Design and developments of optical
Development of rotational
rheometers for the viscosity measurement of magnetic and electrorheological
Turbidity measurements for
nuclear power plant cooling waters.
Mechatronical sensors for the
measurement of magnetite layer thickness on the austenic steel surfaces.
Process engineering services.
Analysis of operating technologies,
detection of bottlenecks.
Process modeling, conceptual
process design, analysis and design of control systems.
For more information, please contact firstname.lastname@example.org.