Courses Description
Knowledge of basic digital technologies for computer use in solving various specific engineering problems.
Knowledge and deepening of advanced digital technologies for solving technical problems of increased complexity, which involve numerical calculation, data processing of various types or database management.
To complement the Chemistry I course, Chemistry II presents the principles and applications in the field of materials chemistry and the chemistry of macromolecular compounds, including their engineering design, processing and characterization.
Ability to generate, communicate, and graphically present technical concepts using computer-generated environments by building up the skills to read and execute a technical drawing, and by developing the necessary capabilities for designing and making the drawings required for a technical representation in industrial engineering.
Conveying key points related to the textile industry, including the primary features of various sectors within it, the primary varieties of raw materials, and the end products manufactured.
By content and by approaching style this course offers the possibility of acquiring the specific problems of the knitting, clothing and leather fabrics industry sectors. The knowledge acquired will be the foundation for the next subjects with technique and technological character
The main objective of this subject is to continue to make students acquire the mathematical knowledge necessary for understanding and successfully covering other basic and specialized subjects. This subject is fairly basic and provides assimilation of the fundamental concepts of algebra and geometry, and their calculation methods, for solving applications and the demonstration of sentences and theorems. Linear algebra shows the problems of finite dimensional vector spaces, further illustrated with analytic geometry and differential applications, useful for deepening problems of rigorous knowledge transmitted by technical disciplines.
The correct application of basic methods and principles in solving problems that may arise in the processing of raw materials, the impact of their quality on the quality of finished textile products according to the structure-obtaining-properties correlation; The acquired knowledge will form the basis of the technological disciplines of the specialization in the textile field.
To acquire the basic theoretical concepts of physical (mechanics, thermodynamics, optics, electricity) and to gain practical skills in laboratory work
Presentation of statistical methods and techniques for the collection, processing and analysis of numerical data required from partial measurements with global applied results in forecasting, surveying or control activities in various fields of activity.
An introduction to industrial textile design and the key stages of the design process; an overview of the career of a textile designer and how textile designers use traditional art techniques and computer technology to design printed, knitted and woven fabrics; understanding the elements and principles of textile design in relation to repeating patterns for textile surfaces with reference to structural design; learning how to use a source of inspiration to develop an original textile design.
Acquiring information and communication competences according to the Common European Framework of Reference for Foreign Languages, developing written and oral communication skills in English, developing competences related to the comprehension of oral and written messages in English, especially in professional-technical contexts.
Acquiring information and communication competences according to the Common European Framework of Reference for Foreign Languages, developing written and oral communication skills in English, developing competences related to the comprehension of oral and written messages in English, especially in professional-technical contexts.
Mechanical Engineering course presents the fundamental principles based on optimization criteria, accompanied by appropriate applications, the design, operation and maintenance of machine parts and mechanical and mechatronic assemblies, taking into account the tribological and technological aspects.
Deepening of specialized concepts, methods, techniques and tools of organizational communication, for the interdisciplinary training of engineers able to efficiently manage the communication and negotiation process in order to increase the profitability of production systems in the field of the field through: Development of personal communication and negotiation skills; Awareness of the positive and negative effects of your own style of communication and negotiation. Development of communication and negotiation skills in message rendering, analysis and interpretation of messages. Acquiring the necessary knowledge to develop communication and negotiation strategies in business.
Mathematical analysis presents sections of differential and integral calculus for real functions of several real variables, useful for deepening the rigorous knowledge transmitted by technical subjects. Another objective is to solve some exercises illustrating the theoretical knowledge taught.
The content and structure of the subject provide the necessary information for the construction of basic patterns for specific product groups (depending on the structure of the layers and their properties and intended use) and the design principles of simple product designs with flexible shapes (design of secondary product elements) in order to obtain elements of technical documentation specific to professional projects in the field of textile technology.
Knowledge and learning issues related to structural features basic; Elements of programming for manufacturing fabrics; Knowledge and learning problems related to weave classes for simple woven fabrics, properties and fields of application of simple fabrics.
Identification, representation and characterisation of warp and weft knitted fabrics from the structural point of view; the influence of the structure on the behaviour of the fabrics in relation to the end-use.
Acquiring information and communication competences according to the Common European Framework of Reference for Foreign Languages, developing written and oral communication skills in English, developing competences related to the comprehension of oral and written messages in English, especially in professional-technical contexts.
Acquiring information and communication competences according to the Common European Framework of Reference for Foreign Languages, developing written and oral communication skills in English, developing competences related to the comprehension of oral and written messages in English, especially in professional-technical contexts.
Understanding and correctly applying fundamental concepts specific to management and marketing in different contexts, with the aim of making well-informed marketing decisions.
Understanding the structural characteristics of textile fibers and their influence on fiber behavior in industrial processing and end uses.
Development of specific professional projects based on the selection, combination and application of established principles and methods from the technical sciences of textiles and leather for the identification, analysis and design of textile products.
The content and structure of the discipline provide the necessary information for the knowledge and application of design knowledge in order to creatively harmonise aesthetic, functional, constructive, technological and ergonomic aspects in the development, introduction and promotion of new textile products/models that are competitive on the market.
The content and structure of the discipline provide the necessary information for the knowledge and application of design knowledge in order to creatively harmonise aesthetic, functional, constructive, technological and ergonomic aspects in the development, introduction and promotion of new textile products/models that are competitive on the market.
Provide advanced knowledge on the functional design of simple woven fabrics.
The course provides technical and technological knowledge concerning the process of converting fibers into yarns, machinery settings, and their influence on yarn quality.
Study of technological principles of machine in yarns preparation and the weaving mills. Understanding by students of technical and technological of phenomena.
To provide students with basic knowledge of: wet and dry finishing process flows; mechanisms of the finishing operations, practical execution of each operation; operational and analytical control of each processing stage.
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Acquiring skills to use specialized software for woven fabric design and 3D-modelling.
Introduction to the basics of types of managers, activities and roles of managers in different organisational contexts. Knowledge and deepening of the types of managerial activities in relation to the functions of management
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Knowledge and understanding of the preparation of quality documents: the System and Process Procedures Manual, industry-specific work instructions Textile and Leather Industry.
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The course gives to students specialized information to understanding the definition of collections developing in the context of design and fashion industry.
Enable students to acquire basic knowledge regarding the interior textile products and their quality requirements and to present and discuss the design particularities of some of the most significant categories of interior textile products – carpets and upholstery fabrics.
Development of a visual identity manual in order to develop a brand.
The course provides students with specific information on the design and structural characteristics of narrow woven and braided products with various applications, emphasizing industrial evolution, and sustainable industrial production.
Legal and Religious Holidays:
30.11.2023, 01.12.2023, 25.12.2023 , 26.12.2023, 01.01.2024. 02.01.2024, 24.01.2024 01.05.2024, 03.05.2024, 06.05.2024, 01.06.2024, 24.06.2024, 15.08 2024.
Practical Activities (3 -6 Weeks)
will be scheduled either during the entire academic Year
Gheorghe Asachi Technical University of Iasi, with the oldest engineering education tradition in Romania, is dedicated to developing technology for the community through research, teaching, and technology transfer.
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