Engineering work (at the rate of design engineer) / Prototyping / Services

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Works with design documentation:
Adaptation (revision) of the design documentation for the technological capabilities of the contractor.
 Completion of design documentation for the requirements defined by the developed industrial design.
 Completion of design documentation to the requirements of ESKD and GOST 2.105 for delivery within the framework of OKR, R & D, PNIER (SB, MS, BO, detailing, specification, purchase list and spare parts, electrical, mechanical and structural schemes).
 Refinement (development) of design documentation to account for the new element base, parts, components, materials, their installation and interfacing, requirements for the quality of surface treatment and design solutions.
Modeling:
 Creating a model.
Development of a mathematical and / or physico-mathematical model of the object of subsequent tests.
Development of mathematical models of adaptive parametric constructions, by the method of sorting parameters according to the task, or manually.
 Parametric optimization.
Design optimization from the point of view of material consumption, strength and other required parameters, taking into account the allowed variable variables.
Tests using numerical simulation methods:
 Research modeling.
Certain characteristics, properties of the object.
 Control modeling.
Numerical simulation conducted to control the quality of the object.
 Aerodynamic modeling.
Numerical simulation of the effects on the simulated object of a liquid and / or gas environment.
 Mechanical modeling.
Numerical simulation of the impact on the simulated object of mechanical factors.
 Climatic modeling.
Numerical modeling of climatic factors impact on a simulated object
 Thermal modeling.
Numerical modeling of the impact on the simulated object of thermal factors.
 Radiation modeling.
Numerical simulation of the effect on the simulated object radiation.
 Electromagnetic modeling.
Numerical simulation of the impact on the simulated object of electromagnetic factors.
 Chemical modeling.
Numerical modeling of chemical interaction of multicomponent multiphase media.
 Modeling for sustainability.
Numerical simulation of the ability of a product to fulfill its functions and save the values of parameters within the established norms during the action of certain factors on it.
 Reliability tests.
Determination of reliability indicators under specified conditions with reference to the test object and its components.
 Boundary tests.
Determination of dependencies between the maximum permissible values of the parameters of the object and modes of operation.
 Processing and interpretation of test results.
 Preparation of a test report.
 Computer simulation of technological processes (static and / or dynamic), FEM calculations.