The purpose of the course is to master students basic approaches to computer solid state modeling of components, structural units and equipment with further research of their mechanical properties, in-depth study and improvement of vocational training of specialists in the field of engineering analysis and expansion of practical skills of working with the modern program complex of the system of automated design SOLIDWORKS .

• Processes and apparatuses of chemical technology
• Mathematical modeling CTE
• Basics of the aided equipment design for chemical production

Main tasks and features of SolidWorks. Feature Manager. Toolbars of SolidWorks. Creating sketches of solid objects in SolidWorks. Arrays in SolidWorks. Creation of assemblies in SolidWorks. Create a drawing in SolidWorks. General tools and capabilities SolidWorks Simulation. The order of analysis in SolidWorks Simulation. Creation of files for SolidWorks eDrawings diagram results. The components optimization. Evaluation of hydrodynamics in SolidWorks Flow Simulation. Models calculation of flows and their characteristics in SolidWorks Flow Simulation.

References to the lectures:
1. Tickoo Sham. Solidworks 2016 for Designers. / 14th Edition. - CADCIM Technologies, 2016. - 1825 p. - ISBN: 978-1-942689-18-8.
2. Fundamentals of SolidWorks. Building a model details: textbook / A.J. Bykanova, A.V. Starkov. - Vladivostok: FENTU, 2009. - 120 p.

Literature for the laboratory studies:
1. SolidWorks 2011 in examples / N.Y. Dudareva, S.A. Zagayko. - SaintPetersburg: BHV-Petersburg, 2011. - 496 p.
2. Alyamovskyy A.A. SolidWorks Simulation. How to resolve practical problems - SaintPetersburg: BHV-Petersburg, 2012. - 448 p..

Information resources:
1. The official site of SolidWorks: http://solidworks.com

Forms and methods of learning: lectures, laboratory classes, autonomous work of student

Methods and criteria of assessment:
• reports of laboratory works, oral questioning (30%)
• final control (control measure - exam): written and oral form (70%)