AI Solutions Engineer

Responsible for the orientation of undergraduate refugee students in different German
Universities, preparation and teaching of advanced training courses for the integration in the
German Society, execution and evaluation of internal audits according to ISO 9001

Failure Analyses in turbocharger manufacturing: Field and manufacturing failures analyses, rotor
balance analyses, rotor vibration analyses, friction welding analyses (process analyses and
process standardisation), crack detection testing with QUASAR (process compensated resonant
inspection), containment/remedial measures, experiments and design of experiments.
Material Sciences: Materials testing, heat treatment analyses, microstructure analyses, project
management (development, budgeting, commissioning and execution) of non-destructive testing
methods (eddy current, ultrasound, and 3MA) for the testing of surface hardness and hardness
depth.
Participation in Lean Six Sigma Projects: SIPOC, DMAIC, FMEA, 8D Reports, root cause
analyses, Gage R&R analyses, coordination with customers, manufacturers and internal
departments etc.

Laboratory
Lead a team of research engineers working in the direction of experimental and numerical
investigation of droplet impact erosion in steam turbines, material tribological behaviour, project
planning, etc.

Laboratory (ITSM), University of Stuttgart, Germany
Responsible for the research work in the field of wear in turbomachinery, materials testing,
material tribological behaviour, shock waves in materials, material selection and evaluation,
failure and damage analyses, empirical modelling to predict erosion in turbine blades, surface
hardening techniques, hard coatings, project planning, coordination and reporting, other academic
activities (support of teaching and laboratory sessions, supervision of students, bachelor/master
theses) etc.

Dissertation: Experimental assessment of droplet impact erosion of low-pressure steam turbine
blades. The research work was funded by the state Baden Württemberg, Germany and Siemens
Power Generation, Germany within the framework of "Power plants for the 21st Century (KW21)".

Machinery Laboratory
Research work in the field of wear in turbomachinery, material tribological behaviour, project
planning, etc.

University of Stuttgart, Germany
Numerical simulation of crack development in different bricks geometries using software FEMAP
and MASA3

of Stuttgart, Germany
* Project "Preliminary Assessment of Air Quality in Cyprus"
* Participation in balloon soundings in different cities of Cyprus to evaluate the air pollutants
data
* Application and calibration of different air pollutant measuring instruments
* Evaluation of data from the balloon soundings campaign in Cyprus

* Planning, management and budgeting of road construction projects
* Communication with clients & suppliers, administrative procedures
* Coordination with the teams and colleagues
* Responsible for the project deadlines, construction standards and protocols

In parallel: Application of German study visa, paperwork, translations and bureaucratic affairs,
moving to Germany