Ders Planı

CLASS 4

Lesson plan / GENERAL MACHINE INFORMATION

Lesson Information

Course Credit	2.0
Course ECTS Credit	3.0
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	Programme Elective
Mode of Delivery	Face-to-face
Does the course require compulsory or optional work experience?	S
Course Coordinator
Instructor (s)
Course Assistant

Purpose and Content

The aim of the course	Introduction to mechanical engineering
Course Content	Mechanical engineering history, interests and relationships with other engineering disciplines. Sub-branches, design, materials, mechanical and thermal units. New technologies and trends in the development of mechanical engineering. Mechanical engineers need to gain skills and education program. The typical mechanical engineering projects and problems. The techniques used in solving engineering problems and some problems in applications of these techniques. Written, oral and electronic communication importance. Creative thinking, problem solving, lifelong learning and the importance of team work. Mechanical engineering, where the computer. Mechanical engineers work areas of business. Factory tours support, engineering and industrial applications.

The aim of the course

Introduction to mechanical engineering

Course Content

Mechanical engineering history, interests and relationships with other engineering disciplines. Sub-branches, design, materials, mechanical and thermal units. New technologies and trends in the development of mechanical engineering. Mechanical engineers need to gain skills and education program. The typical mechanical engineering projects and problems. The techniques used in solving engineering problems and some problems in applications of these techniques. Written, oral and electronic communication importance. Creative thinking, problem solving, lifelong learning and the importance of team work. Mechanical engineering, where the computer. Mechanical engineers work areas of business. Factory tours support, engineering and industrial applications.

Learning Outcomes

Ability to have adequate knowledge in mathematics, physics, chemistry, and also textile engineering and technology subjects, and to apply the theoretical and practical engineering studies.
Ability to design administrative and work-flow organization, production planning, capacity balancing. Recognizing machines, facility, system and devices in related areas. Ability to identify complex machine, material, personal problems, and to present solution in textile production problems. Ability to discuss and comment about all kinds of textile problems.
Ability to take precautions for keeping production machines and facilities at full capacity in the production. Ability to design system, facility and operations of business, to keep active machines and devices, or to produce goods to meet the specific requirements under the compelling constraints and circumstances; by this purpose, ability to apply such modern design methods.
Ability to choose, use and develop the modern techniques, devices and information technologies that required in textile engineering applications.
Ability to investigate sample production, to comment the disruptions, to take remedy precautions, and becoming habits. Ability to be conscious of the usage and validity functions for textile products, and accordingly, to design and manufacture. Ability to utilize modern information Technologies.
Ability to conduct both individual and team work, and to communicate effectively
Ability to pay attention about not only what you told, but also what you are saying regarding to communicate with lower and upper level staff. Ability to be conscious of investigating the error, not the guilt, regarding to the problems. Ability to make reporting, presenting, cooperating with industrial establishments and being competent on Technical English with related to their own field.
Ability to be conscious of lifelong learning, to learn and apply the possibilities of reaching new information, to develop strategies and techniques for effective learning, to encourage critical thinking, creativity and objective thinking, to self-renew by following up-to-date information.
Sense of responsibility in general and professional ethics. Ability to know standards in general engineering, especially in textile, and act accordingly.
Ability to think and act innovative, entrepreneurial and forward thinking in production and application of textile engineering projects and renovations of enterprises.
Ability to conduct textile applications, both in product-based and production processes, from the view of principles regarding to be conscious and aware of harmless in human health and life, social, economic and environmental safety. Awareness of the legal consequences of various activities and solutions.
Ability to work effectively in interdisciplinary and multi-disciplinary teams and individual works.
Have the confidence to take responsibility
Sense of professional and ethical responsibility.
Awareness of the necessity of lifelong learning; ability to reach information, follow the latest developments in science and technology; ability to ensure self-renewal perpetually.
Ability to communicate efficiently both in oral and written ways in Turkish; knowledge of at least one foreign language.
Fullfill the national health enviremental and security rules and policies during the textile applications and productions
Be aware of the use and validity function of textile materials and fulfill the design and functions of production accordingly.

Weekly Course Subjects

1	Introduction to Mechanical engineering and basic concepts
2	Mechanical Engineering Profession and uses
3	Mechanical Engineering technical work, design and production
4	Mechanical Engineering technical work, design, production and laboratory applications
5	Mechanical Engineering Problem Solving and Communication skills
6	Mechanical Engineering Materials and Stresses
7	Mechanical Engineering Materials, Stresses, and laboratory applications
8	Energy and types of power cycles
9	uses of Fluid Mechanics Mechanical Engineering
10	uses of Fluid Mechanics Mechanical Engineering
11	Heat and Energy Systems
12	Heat and Energy Systems
13	Introduction to Mechanical Engineering Motion and Power Transmission Systems
14	Introduction to Mechanical Engineering Motion and Power Transmission Systems

Resources

1- Course Notes.
2- Kurbanoğlu C, “Makine Bilgisi”, 2003, Atlas Yayınları

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