Transcript of "Information technology in Mechanical engineering"
1FGEI HPE Vyatka State University, KirovThe faculty of automation Mechanical EngineeringDepartment of informationtechnology in Mechanicalengineering(ITM)
2General informationHistoryThe department was founded in 2004.ActivityThe department trains bachelors, engineers, and graduate students involved in theretraining and advanced training of specialists of industrial enterprises andother organizations.• Undergraduate Education• Graduate Education• Post-graduate Education• Advanced Training and RetrainingResearch• Scientific direction of the department ITM - Information Technology inmechanical engineering (computer-aided design and analysis of engineeringproducts)• StaffThe department consists of scientific and pedagogical workers (3 associateprofessors, 2 senior lecturers), engineering and educational support staff.
3Staff policy is aimed at training of theteaching staff• At the department is preparing graduatestudents for research "Technology andequipment for mechanical, physical andtechnical processes"Training of scientists
4Scientific directions of thedepartment ITMInformation technology in the designand analysis of mechanicalengineering objects• Solid and surface modeling products;• Calculation of machine parts;• Production planning.
5Technology of laser-plasma treatment of materialsResearch high-process laser-plasma cementation steels continuous opticaldischarge in metal vapor to improve the tribological performance and surface layersof machine parts, machinery and toolsSubject, developed in theframework of scientificpapers, received statefinancial support under theprogram UMNIK for youngscientistsInterconnectingareas of research
7ООО «Product LifecycleManagement Software)»www.plm.automation.siemens.com/Delcam-Ural Ekaterinburg(PowerShape, PowerMill, ArtCAM)www.delcam.ruwww.delcam-ural.ruOOO Research center APM,Korolev(APM WinMachiune)www.apm.ruAutoDesk CIS, Moscow(AutoCAD, Autodesk Inventor)www.autodesk.ru
8As part of the action research study made of heat removal frompoint sources applied to microprocessor technology. Conductednumber of studies and found optimum performance andconstruction of cooling devices.Expected result: a patent for utility model.
9The most important development of thedepartmentThe design contains~ 11,800 parts.Implementationperiod of the designof the project is 3months
11The current situation with the scientificwork of the departmentThe department specializes in the modeling and analysis of products in the fieldof engineering production, using software companies world leaders in thedevelopment of software for computer-aided design: Siemens, AutoDesk,Delcam, and others.
12List of expected outcomes asfundamental and applied• Objects of intellectual property - computer programs, utility models.• Theoretical models of laser-plasma alloying the surface layers.• Introduction in the educational process of licensed software.• Certified training as a student budget and extrabudgetary studentsspecialized courses.• The development of part-time and distance forms of learningscience intensive information technologies.
13The concept ofa virtualenterpriseProspects of development oftechnical base of science at theDepartment