Advanced Manufacturing Technologies is a master’s degree program that provides you with knowledges and skills required to design and implement advanced manufacturing technologies in the high-tech sector. Advanced manufacturing technologies are manufacturing systems including digital design and simulation technologies, new materials machining technologies, additive manufacturing and robotic systems.
The Advanced Manufacturing Technologies Program will teach you how these technologies play out in the product, from design to manufacture.
Students will get skills required to design high quality products and boost productivity in manufacturing and acquire an overview of innovative manufacturing technologies and materials. The master's degree program is aimed to train a new generation of engineers and researchers that will play a leading role in the development and implementation of advanced manufacturing technology in the high-tech sector. The program provides graduates with knowledge of technologies used in the design and manufacture of products from new materials, including composite ones.
Master's
Degree
Russian
Language
2 years
Duration
About the program
Learning outcomes
- Ability to develop processing control software for CNC machining centers;
- Ability to choose innovative cutting and auxiliary tools and determine cutting conditions;
- Skills required to conduct a metallographic analysis of aviation materials and alloys;
- Skills required to apply automated positioning methods in the assembly production, to design and use mechanization and automation tools;
- Ability to determine physical and technological criteria when choosing composite materials applied in the aviation industry;
- Knowledge of control and testing methods for PCMs applied in the aviation industry.
Career opportunities
Graduates find employment opportunities in a variety of industrial sectors, including but not limited to aircraft manufacturing, shipbuilding, automobile manufacturing, medical devices manufacturing.
They can continue research at leading Russian and international universities or start a business on their own.
They can continue research at leading Russian and international universities or start a business on their own.
Curriculum
1 semester
1 year
2 semester
1 year
Digital simulating of parts and processesTools for high productivity machiningAerospace materialsCFRP in mechanical engineeringForeign languageBasics of lean processesQuality inspection in digital manufacturingHigh productivity machining of aviation partsTechnologies of processing, repairing and inspection of CFRPMachinery and automation of assembly in aerospace
3 semester
2 year
Foreign languageQuality inspection in digital manufacturingHigh productivity machining of aviation partsTechnologies of processing, repairing and inspection of CFRPMachinery and automation of assembly in aerospacePatentingSpecial processingDigitalization of the manufacturing preparingModern processes of assembly manufacturingProcesses of tools manufacturingProcesses of special properties coatingDesign of CFRP framesModern methods of diagnostics in mechanical engineering
4 semester
2 year
High productivity machining of aviation partsTechnologies of processing, repairing and inspection of CFRPMachinery and automation of assembly in aerospaceDesign of CFRP framesModern methods of diagnostics in mechanical engineeringDesign of clamping unitsAutomation of mechanical engineeringOptimizing of machining
Program academic supervisor
Phone
+7 914-871-1574
Mail
saw@istu.edu
Teaching staff
Fees and funding
Entrance exams
Applicants take the special discipline related to the field of master's degree program in Russian language.
Contact us
Phone
+7 (395) 240-52-15
Mail
admission@istu.edu
Contact us