Ders Planı

Lesson Information

Course Credit
Course ECTS Credit
Teaching Language of Instruction	Türkçe
Level of Course	Bachelor's Degree, TYYÇ: Level 6, EQF-LLL: Level 6, QF-EHEA: First Cycle
Type of Course
Mode of Delivery	Face-to-face
Does the course require compulsory or optional work experience?
Course Coordinator	Instructor GÖKHAN GÖKDAĞ
Instructor (s)
Course Assistant

Purpose and Content

The aim of the course	Students will be able to think abstractly in space organization in the field of Industrial Design; In this context, by investigating the relationships between function, structure, material, technology and form, and giving the necessary information with examples on the use of geometric theories and techniques and physical determinants in product design; It is to convey the basic principles and ultimately provide the student with the ability to analyze and synthesize the whole. By designing products in line with technical information; The aim is for the student to analyze technical details and model the work as a prototype.
Course Content	Basic concepts related to structure, strength, durability, material, technology, form and structure relationship; skeleton and mixed systems, connections and fasteners, light, color and filters, the importance of lighting in terms of Industrial Product Design, lamps used in lighting devices, structural basic principles in product design in the field of Industrial Product Design.

The aim of the course

Students will be able to think abstractly in space organization in the field of Industrial Design; In this context, by investigating the relationships between function, structure, material, technology and form, and giving the necessary information with examples on the use of geometric theories and techniques and physical determinants in product design; It is to convey the basic principles and ultimately provide the student with the ability to analyze and synthesize the whole. By designing products in line with technical information; The aim is for the student to analyze technical details and model the work as a prototype.

Course Content

Basic concepts related to structure, strength, durability, material, technology, form and structure relationship; skeleton and mixed systems, connections and fasteners, light, color and filters, the importance of lighting in terms of Industrial Product Design, lamps used in lighting devices, structural basic principles in product design in the field of Industrial Product Design.

Learning Outcomes

Discuss formal composition systems and the methods used in Industrial Product Design.
Comment on the basic principles and methods of Industrial Product Design.
Summarize the parallel and divergent canons of Industrial Product Design city, art, technology and human sciences of the Western world.
Retain the basic principles of ecology and landscape architects' responsibilities with respect to environment and human interaction in architecture.
Formulate the proper presentation of the subject matter of an Industrial Product Design project.
Analyze the examples of contemporary international Industrial Product Design with a critical point of view.
Employ basic methods of data collection and analysis to address all the aspects of design process in Industri Product Design.
Interpret the shifts occuring in the natural-artificial, legal–political and economic factors that shape the practice of Industri Productr Design.
Provide theoretical bases of distinct approaches and design methods in contemporary Industrial Product Design.
Classify the basic principles of acoustics and lighting systems, and energy use.
Define the principles, conventions, standards, applications, and restrictions pertaining to the manufacture and the use of increasing number and types of construction materials.
Identify the ethical issues involved in the formation of professional judgments in Industrial Product Design.
Employ appropriate representational media, including computer technology, to convey essential formal elements at each stage of the programming and design process.
Integrate structural, environmental and life-safety systems, building envelope systems, and building service systems into building design.
Utilize technically precise inventory and documentation of a historic place within the rules established by the relevant authority.
Assemble a comprehensive software program for an ındustrial product design project including an assessment of client and user needs, an inventory of space and equipment requirements, an analysis of site conditions and a definition of site selection and design assessment criteria.
Judge the individual role of an Industrial Product designer in the professional field and his/her responsibility.
Work successfully in research and design stages of an ındustrial product design project within a team.
Consent lifelong learning principles in professional life as well as follow up development and improvement in the field of Industrial Product Design.
Discuss social and professional issues.
Administer the limited energy resources and take responsibility to protect the environment.
Integrate the basic principles and responsibilities of organization and legislation as they apply to the practice of Industrial Product Design.

Weekly Course Subjects

1	Introduction, Definitions and Basic Concepts, Lighting in Industrial Product Design.
2	Light, color, filters, the effect of different lights on seeing colors, technical information, basic principles of lighting.
3	General information about lamps, lamps used in lighting studies in the field of Industrial Product Design and the reasons for their use. Information about the power, color rendering, light color, lifespan and usage areas of the lamps.
4	IP classes in lighting, technologies used in lighting, contemporary lighting designs. The importance of material selection in design, the relationship between strength, form and structure.
5	Connections and fasteners, detail analysis in design, types and usage areas of fasteners, the importance of standardization.
6	Material selection in model making, perception of integrity with the design, technical detail solutions, processing and leveling of the material.
7	Skeletal systems, structure creation, material combination details, correct use of fasteners and their relationship with the material.
8	The importance of packaging details in the studies carried out in the field of Industrial Product Design, the relationship between packaging and the product in terms of logistics, transportation, protection, display and marketing.
9	Midterm Exam -1 / and General Evaluation.
10	The importance of installation and disassembly in Industrial Design, general information about the installation guide and determining priorities in the installation guide. Practical installation work through model studies.
11	Ergonomic information to be considered in seating unit design, examples in the field of Industrial Product Design.
12	Application of Flat, Folded and Curved Structures and Movable Systems to the material with fasteners.
13	General information about structure creation, lattice systems, form cladding and adaptation to model work.
14	General Evaluation of the work done within the scope of form, design, material use, connection details, moving systems, form, structure and functional suitability.

Resources

1- "Strüktür Ders Notları", Yeditepe Üniversitesi, GSF EÜT Böl. (Literatür Derlemesi)
2- BAYÜLGEN, C., "Çağdaş Strüktür Sistemleri", YTÜ, Istanbul, 19933- Engel, H., "Strüktür Sistemleri", Tasarım Yayın Grubu, İstanbul, 2004
4-GÖKÇE, G., "Strüktür", Yapı Dergisi, No:40
5- "Introduction to Structural Systems", MIT,L.Code 4.441, Lec.-1
6-Eriç, M., "Yapı Fiziği ve malzemesi", Literatür Yy., İstanbul, 1994
7- READ, H., "Sanat ve Endüstri", Çev.: N. Beyazıd, İTÜ, İst.,1973
8- ERSOY, H.Y., "Kompozit Malzeme", Literatür Yy., İstanbul, 2002
9-YENER, N., "Gelişim Süreci İçinde Malzeme, Yapım Yöntemi, Biçim İlişkisi", yeterlik Tezi, MSÜ FBE, İstanbul, 1982

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Lesson Information

Purpose and Content

Learning Outcomes

Weekly Course Subjects

Resources

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