Course Name
Information Technologies in Instrument Engineering II 
Course Overview 
Level of study	Master Degree	
Workload	ECTS: 6
Total Hours: 60
Contact Hours: 48
•	Lectures: 8
•	Labs: 20
•	Seminars:	
Course Code		
Semester	Winter 	
Prerequisites	no	
Course Objectives	To teach how to  design instrumentation systems and technological processes using CAD tools and experience in the development of competitive products; to implement the project activity in professional sphere on the basis of system approach	
Learning Outcomes
	1.	Knowledge of modern tools of automated designing of methods and means of optimization of parameters of the devices, modern technology design, based on the use of 3D models.
2.	Knowledge of the finite element method and strength analysis of structures CAE-systems T-Flex Analysis and ANSYS.	
Syllabus
	1. The methods of calculation and optimization of parameters of the devices by means of modern CAD/CAE systems. 
Modern design technologies based on the use of 3D models. Parameterization and its use.
2. Mechanical analysis of structures CAE-systems T-Flex Analysis and ANSYS. 
Mathematical foundations of the finite element method. The composition and structure systems using finite element method. The creation of a finite element model of the device. Structural analysis using T-Flex analysis. Structural analysis using ANSYS.	
Labs
	1.Creating a 3D model of the device
2. Creation of a finite element model of the device for carrying out mechanical analysis
3. Mechanical analysis of the device design in T-Flex Analysis (static, frequency, stability analysis)
4. Mechanical analysis of the device design in ANSYS (static, frequency, stability analysis)	
Projects	no	
Assessment	Exam	
Resources	Students will be provided a list of classic papers which are available on-line which they will be expected to read in order to gain an overview of the field, and also have access to a range of textbooks which help them prepare for the assessed seminars and tests.	
Instructors	Dolgih Antonina Gennadievna
Ignatovskaya Anastasiya Albertovna	
Примечание: пример описания дисциплины можно посмотреть по ссылке: http://www.ecs.soton.ac.uk/module/COMP6233#overview