University students

We are inviting prospective graduates of first, second and third cycle degree to cooperation with choosing and realizing final thesis. Our company can make available office space, laboratory and field equipment in order to conduct research in fields of civil engineering, geography, geology and environmental science using:

  • Laboratory equipmnent:
    • Proctor apparatus
    • Sieve analysis kit,
    • High-temperature drying oven to organic soils,
    • Shear box test system,
    • Triaxial apparatus
    • CBR test machine press
    • consolidometer,
    • fall cone penetrometer
    • mechanical and pneumatic oedometers ,
    • pH meter and electrical conductivity meter
    • pycnometer.
    • Geochemical analysis kits.,,
    • Other laboratory equipment (Weighing scales etc.).
    • Field equipment:
    • Dynamic probes DPL i DPSH
    • Drilling rigs providing category A. (undisturbed structure sample) to 30m depth,
    • Static probe permitting CPT, CPTU, DMT and FVT
    • BAT probe for groundwater testing,
    • Dynamic and static plate(VSS) to load tests,
    • Plate to dynamic CBR tests
    • Benkelman beam deflection meter
  • Software:
    • AutoCAD Civil 3d
    • Autodesk Robot Structural Analysis
    • GeoStar i GeoPlan (Soft-Projekt)
    • CPT-pro i VANE-(Geosoft)
    • Slope/W z module from package Geo-Studio
    • Statistica
    • Other dedicated software on open license

Sample topics of thesis which may be realized with cooperation with our company could be:

  • First cycle degree:
    • Civil Engineering :
      • Comparison of various field methods used to obtain density index and Young’s modulus.
    • Geography:
      • Visualization of spacial reliability of chosen geotechnical parameters
    • Geology:
      • Quantitive methods for organic soil identification.
    • Environmental science:
      • Field methods assessing risk of groundwater contamination
    • Second cycle degree:
      • Civil Engineering :
        • Comparison of shallow foundation design according to Eurocode 7 for different methodology of obtaining characteristic value of geotechnical parameters
      • Geography:
        • Modern methodology of design landslide hazard maps within CAD and GIS frameworks
      • Geology:
        • Geological engineering description of chosen anthropogenic soils
      • Environmental science:
        • Model of contamination migration in soil and groundwater based on indicator parameters
      • Third cycle degree:
        • Civil Engineering :
          • Nonlinear material model parameters for quaternary mineral soils in Poland
        • Geography:
          • GIS database integration model with bayesian inference for geology engineering map design
        • Geology:
          • New classification of organic soils for geotechnical and geology engineering purpose
        • Environmental science:
          • Innovative technologies and their applicability low emissive methods of soil recultivation in situ