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Media Manufacturing
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Summary of the Profile
General Description:
Objective(s) of a study programme:
The program is aimed for media production technologists, specialists, media design professionals. Modern media production is a rapidly evolving field that combines the production activities of all types of media with technological nature, media consumption, distribution and storage. Media production includes product design, printing industry, production of promotional products, development and production of educational products and packaging design, creation of electronic publications, 3D prints etc.
Learning outcomes:
Knowledge
Z1. Knowledge of the basic laws of mathematics and natural sciences, their quantitative and qualitative expression and scope, knowledge of planning and management of production processes required for the process of developing media product.
Z2. Knowledge of traditional and new media production technologies, the main tendenacies of media production design, the development of technologies of media product and 3D modeling principles, material attributes, and design and operation principles of equipment used, principles of product quality assurance.
Research skills
GT1. The capability to collect, classify, interpret and analyze the data required for formulation and solving the problems arising in the study field of printing engineering.
GT2. The capability to find the necessary professional information upon using databases and other sources of information, to establish the influence of various factors on the technological stages of the production of media products; in addition, the students will acquire skills in working with measuring equipment.
Engineering analysis
IA1. Will be able consistently apply their knowledge and understanding while analysing and formulating manufacturing engineering problems, will be able to use information technologies, programming and computer equipments, numerical and analytical methods.
IA2. Will be able to logically think and solve urgent engineering problems of the development and use of media products by assessing the quantitative and qualitative flow of information available.
Engineering design
IP1. Will be able to apply integrated knowledge and understanding of engineering fields in the development and implementation of engineering and technological solutions for the media production industry, understand the interactions between these solutions and understand their possible social, economic, psychological and commercial consequences.
IP2. Will be able to apply the knowledge and understanding of the field of media production in the design and implementation of projects that meet specified requirements.
Engineering practice ability
IVG1. Will be able to combine theoretical knowledge and practical skills solving the issues of media products structure, material selection, product planning process and organization issues; using advanced product quality control and analysis techniques.
IVG2. Will be able to understand and properly appropriate smart technologies in solving problems of media production and marketing.
Personal and social abilities
ACG1. The capability to work independently and in the group, to plan and arrange their activities in a responsible way, to control and assess the own activities and those of their team, to demonstrate a well-motivated attitude towards the profession, to learn individually and improve their competence upon perceiving the importance of the lifelong individual learning.
ACG2. The capability to understand and assess in a holistic way the impact of engineering solutions on the society and the environment, the capability to observe the norms of professional ethics.
Activities of teaching and learning:
Lectures, context exercises, laboratory work, e-learning, course work, course projects, problem-based learning, interactive learning, independent studying, individual consultations, excursions, scientific seminars, final project
Methods of assessment of learning achievements:
Exam, credit, individual and group presentations, mid-term evaluations, final work
Framework:
Study subjects (modules), practical training:
The study subjects in the program comprise 204 credits from the total volume of 240 credits of the study program.
Knowledge
Chemistry; Optics; Programming C; Mathematics 1; Introduction to Specialty; The Basics of Graphic Design; Copyrights, Brands and Patents; Basics of Colors Theory; Basics of Composition; Mathematics 2;
Materials on the Production of Media; Functional Materials; Theoretical Mechanics; Photography; Basics of Creation of Printing Production; Processing of Textual and Visual Information; Theory of Mechanism and Machines (with Course Project); Mechanics of Materials; Ethics; Management of Personal Financing; Management of Colors, Calibration and Measuring; Materials of Printing Industrial; Machine Elements, Tolerances and Fits (with Course Project); Electrical Engineering; Electronics; Automatic Control and Automation; Technology of Preparing for Printing (with Course Project); Equipment for Preparation for Printing; Economic Justification of Engineering Decisions (with Course Project); Economics and Accounting; Technology of Printing Processes (with Complex Project); Equipments of Printing-Finishing; Manufacturing of Equipments and Devices of Advertising; Technologies of Proprietary Style Creation; Visualization of Information (Presentation and Graphics Systems); Basics of 3D Technologies and Printing (with Course Project); Technologies of Manufacturing of Packages 1; Post Printing Technologies; 3D Technologies and Printing (with Course Project); Bachelor Graduation Thesis 1; Bachelor Graduation Thesis 2; Bachelor Graduation Thesis 3; Technologies of Manufacturing of Packages 2; Marketing of Media Industry Production; Management and Optimization of Quality of 2D and 3D Media Industry
Ability to investigate:
Chemistry; Optics; Mathematics 1; Mathematics 2; Materials in the Media Manufacturing; Functional Materials; Theoretical Mechanics; Machine Elements, Tolerances and Fits (with Course Project); Electronics; Technology of Preparing for Printing (with Course Project); Equipment for Preparation for Printing; Practice of Professional Activities
Engineering Analysis
Programming C; Basics of Colors Theory; Common and Applied Graphics; Cognitive Practice; Basics of Printing Production Design; Theory of Mechanisms and Machines (with Course Project); Mechanics of Materials; CAD/CAM/CAE; Bachelor Graduation Thesis 1; Practice of Professional Activities; Technology of Manufacturing of Packing; Post Printing Technologies; Marketing of Media Industry Product; Using of Media (2D and 3D) Technology (with Complex Project);
Engineering Projection:
Theory of Mechanisms and Machines (with Course Project); CAD/CAM/CAE; Elements of Machine; Machine Elements, Tolerances and Fits (with Course Project); Technology of Preparing for Printing (with Course Project); Equipment for Preparation for Printing; Manufacturing of Equipments and Devices of Advertising; 3D Technology and Printing (with Course Project); Technology of Packing Manufacturing 2; Using of Media (2D and 3D) Technology (with Complex Project);
Engineering abilities:
Calibration, Measurements and Management of Colors; CAD/CAM/CAE; Machine Elements, Tolerances and Fits (with Course Project); Electrics Engineering; Automatic Control and Automation; Technology of Printing Process (with Complex Project); Visualization of Information (Presentation and Graphics Systems); Basics of 3 D Technology and Printing (with Course Project); 3D Technology and Printing (with Course Project)
Personal and social skills:
Basics of Graphics Design; Common and Applied Graphics; English Language; German Language; French Language; Ethics; Management of Personal Finances; Specialty English Language; Specialty French Language; Specialty German Language; Economic Justification of Engineering Decisions (with Course Project); Fonosemantics; Technology of Communications; Economics and Accounting; Specific Purpose Language Culture; Practice of Professional Activities; Using of Media (2D and 3D) Technology (with Complex Project); Management and Optimization of Quality of 2D and 3D Media Industry
Specializations:
–
Optional courses:
It is possible to choose additional practice, additional subjects of the same study modules, subjects (modules) of another study programe and additional general subjects (but no more than 20 credits).
Distinctive features of a study programme:
The program is aimed at media production technologists, specialists, media design professionals. Media production includes product design, printing industry, production of promotional products, development and production of educational products and packaging design, development of electronic publications and 3D printing products, etc.
Access to professional activity or further study:
Access to professional activity:
Graduates will be ready to work in various media production companies in 2D and 3D printing, advertising and packaging manufacturing companies. They will be able to take on the role of technologists, production managers, designers in 3D printing companies, printing houses, packaging design and printing companies.
Access to further study:
Graduates will have a possibility to continue their studies in the same or similar field for postgraduate study programmes. Possible further scientific career in PhD studies.
