⁃ Participated in teaching the Russian language for employees of the Oil and Gas industry at VSP

⁃ Conducted professional jobs in the field of economic oil and gas labor

⁃ Studied accounting and finance in the oil and gas sector

⁃ Assist Lecturer and assist the dean

⁃ Participated in seminars and wrote economic science topics

⁃ Defended the dissertation in economics

Asian Institute of Technology (AIT – Thailand)

2004-2006

Lighting Systerm – Fluorescent;

Storage- rock samples, maps;

Following equipments:

CG5: Cintrex Autograv Gravity Meter for gravity surveying

It is used to measure gravity changes on the Earth’s surface with many applications. The CG-5 can be operated with minimal operator training, and automated features

ABEM TERRAMETER SAS 1000 for measuring resistivity and induced polarity

It is a highly competent resistivity/ Induced Polarity system suitable for many different types of applications. By measuring both resistivity and IP simultaneously it minimizes expensive field time and it is expandable with a variety of accessories.

DKS-96: Doza dosimeter for land and wellogs

For all main applications of dosimetry and radiometry. It is equipped with a large graphic display, improved software and wide service functionality

G-857: Geometrics Proton Magnetometer G-857 for measuring the total magnetic field

Geometrics Proton Magnetometer for measuring the total magnetic field. It provides a reliable, low-cost solution for a variety of magnetic search and mapping applications.

Seismic Data Processing Laboratory

Lighting Systerm – Fluorescent;

Cluster system:

- 11 node Dell PowerEdge R330 Server Cluster System
- 12TB RAID with Hot-plug Hard Drive and high speed acess;
- Network Cisco Switches 300; Smart-UPS APC

Figure 1: Cluster system

Figure 2: PC system

Figure 3: Teaching aid-equipment

- 11 node Dell PowerEdge R330 Server Cluster System.
- 12TB RAID with Hot-plug Hard Drive and high speed acess.
- The heart of system is Network Cisco Switches 300 which can keep 10 Gigabit SFP+ to waranty optimal data transfering between nodes and RAID
- The system is protected from power failure by Smart-UPS APC, 3000 VA which can can keep the cluster working for 30 minutes after power failure

10 PCs with Intel Core I5

03 Dell WS with Intel dual 4-core with big 22-inch monitors

Petrology Laboratory

Lighting Systerm – Fluorescent;

Following equipments: Polarized light microscopy, Stereo microscope, Fluorescent microscope, Geological hammer, Geological compass, Stepping stage ID818 –PETROG

Figure 1: Polarized light microscopy Meiji – MT9930

Study of minerals in rock thin sections. It is designed to observe and photograph specimens that are visible primarily due to their optically anisotropic character.

Figure 2: Polarized light microscopy Meiji – MT9930

Study of minerals in rock thin sections. It is designed to observe and photograph specimens that are visible primarily due to their optically anisotropic character.

Figure 3: Stereo microscope 2-eye Meiji - EMZ-5D

Stereomicroscopy overlaps macrophotography for recording and examining solid samples with complex surface topography, where a three-dimensional view is needed for analyzing the detail.

Figure 4: Stereo microscope 2-eye Meiji - EMZ-5D

Stereomicroscopy overlaps macrophotography for recording and examining solid samples with complex surface topography, where a three-dimensional view is needed for analyzing the detail.

Figure 5: Geological hammer and geological compass

integral pieces of field kit for any geologist to obtain rock, fossil or mineral samples whilst in the field.

Figure 6: GPS garmin

hand-held GPS receiver used in the field by staff and students

Figure 7: Petrographic thin sections

For students observe mineral optical properties through the microscope