Technology of mechanical engineering and metal machining

Educational program code

6В07102

Language of instruction

Kazakh, Russian

Learning level

Undergraduate

Duration of study

4 year

Specialized subjects

Mathemathics
Physics

Objectives of the educational program

Development of students' personal qualities, formation of general cultural and professional competencies, and development of skills for their implementation in practical activities (project-based, scientific-research, communicative, organizational-management, critical, expert, pedagogical) in accordance with the requirements of the legislation of the country.

Relevance

Integration of modern technologies used in mechanical engineering into the educational process.

Major courses Elective courses

Academic writing
Information and communication technologies (in English)
Social Studies
3D printing programs for creating parts from composite materials
Modern methods of dimensional analysis of structures
The Kazakh (russian) language
Modern History of Kazakhstan
Basics of design and machine parts
Design and manufacturing of blanks with the basics of foundry
Mathematics 1
Mathematics 2
Technological processes of engineering production
Machine drawing and computer graphics
Engineering Technology and machine Assembly technology
Basics of Mechanical Engineering
Safety and labor protection in mechanical engineering
Cultural Studies
Metal-cutting machines and industrial robots
Descriptive geometry and engineering graphics
Psychology
Political Studies
Strength of Materials
Theoretical Mechanics
Design of machining attachments
Physics
Philosophy
Сhemistry
Foreign language
Electrical Technology and Basics of Electronics
Theory of machines and mechanisms
Hydraulics and hydropneumo drive
Basics of heat engineering
Basics of сompatibility
Lifting and transport machines

Fundamentals of Economics and enterprise
Fundamentals of law and anti-corruption culture
Life safety basics
Ecology and sustainable development
Programs for managing machining centers and CNC machines (Solidworks)
Laser cutting of metals and creation of control programs for CNC machines
Modern CALS technologies in mechanical engineering
Applied graphic packages Auto CAD and COMPASS
Material science and technology of metals
Field Material Science and heat treatment of alloys
CAD of technological processes
Management of processes and objects in mechanical engineering
Cutting theory
Mechanical processing of materials
Cutting tools and their design
Tools for machining materials
Economics of mechanical engineering
Organization, planning and management of machine-building production
Programming of CNC (Computer Numerical Control) machines
Technology of processing on CNC machines
Automation of production processes in mechanical engineering
Design of automatic lines in machine-building production
Basics of design of machine-assembling shops
Basic design of machine-building plants

Learning outcomes and competencies

Have basic knowledge in natural sciences, social, humanitarian and economic disciplines that contribute to the formation of a highly educated personality with a broad outlook and culture of thinking;Understand the importance of the principles and culture of academic integrity;
Apply teamwork skills, correctly defend your point of view, be able to propose new solutions;
Classify the modern flow of information in the technical field in order to adapt to dynamically changing phenomena and processes in the global economy;
Know the basic equipment of machine-building production, equipment, tools; methods of obtaining blanks; modern methods of calculation and design;
Be able to calculate and design basic equipment for machine-building production, equipment and tools;
Be able to monitor compliance with the requirements for the preparation of documentation for mechanical engineering quality management;
Be able to carry out strength calculations, select equipment, tooling and tools, justify their choice for given conditions and production volumes;
Be able to take part in the calculation and design of parts and assemblies of machine-building structures in accordance with the technical specifications and the use of automatic design tools;
Be able to develop technological processes in mechanical engineering; calculate and design equipment, accessories and tools; calculate the feasibility study of design solutions;
Be able to use legislative acts and technical standards in force in mechanical engineering, including safe working conditions and environmental issues.

Technology of mechanical engineering and metal machining

Educational program code

Language of instruction

Learning level

Duration of study

Specialized subjects

Objectives of the educational program

Relevance

Learning outcomes and competencies

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