Ders Planı

CLASS 3

CLASS 4

Lesson plan / DAIRY PRODUCTS AND TECHNOLOGY

Lesson Information

Course Credit	3.0
Course ECTS Credit	4.0
Teaching Language of Instruction	Türkçe
Level of Course	Associate's Degree, TYYÇ: Level 5, EQF-LLL: Level 5, QF-EHEA: Short Cycle
Type of Course	Compulsory
Mode of Delivery	Face-to-face
Does the course require compulsory or optional work experience?	Z
Course Coordinator	Assist. Prof. Dr. AYSUN SAĞLAM
Instructor (s)	Assist. Prof. Dr. AYSUN SAĞLAM
Course Assistant

Purpose and Content

The aim of the course	Composition of milk, quality control of milk and dairy products and technologies of milk and dairy products
Course Content	The definition of milk, the importance of chemical properties, fluid milk technology, cheese, yogurt, butter, milk powder and milk production technologies, HACCP applications

Learning Outcomes

The student use this information for understanding the production methods of food production.
Food products, compounds and additives as some knowledge of the production, use of this information.
Food production and quality control laboratory to assess the results with information obtained.
Food production and laboratory conditions as a requirement of the regulations and providing mevzutların points which can detect risk.
Food product processing by following the advances of age can participate in R & D activities.
Food business, and laboratory workflow level of computer use in the computer system to follow.
Able to follow the literature in food technology and a level of language skills to communicate with their colleagues may have.
Microbial and chemical analysis of the food sector, which is important for human health risk not come into being following the detection of a food can.
Food production, storage, production and sales personnel from the fields of hygiene and sanitation conditions in terms of job security can not work.
He/she can observe and interpret theoretical knowledge about the microbiological and chemical analysis with practical researches
Food in general has adopted the moral and ethical values of professional
Learning and can apply what they learn in the field of food regardless of the display.
Food production and management in identifying and seeking solutions to problems related to inappropriate situations, gaining the ability to show.
Doing research on food technology and security solutions to identify and develop the data he obtained.
Food production and food security of information resources related to the use area.
Food Technology in the field of technical education by taking additional uses current techniques and tools.
Food Technology Laboratories, collects data, performing experiments and evaluate the extent of the responsibilities.
In order to follow developments in the field of food effectively takes advantage of information technologies.
He/she determines the risks in a food business and takes precautions
He/she uses the basic laboratory devices used in the laboratory
He/she follows the production and keeps records
He/she plans for food hygiene training and measures of the effectiveness
Food production and safety line on the team works and works effectively
Using the basic knowledge of food is related to the field with a given task are executed independently.
He/she knows the need for lifelong learning and makes its requirements
He/she follows trainings related to the subject
Participates in training programs for professional development in the field of food
He/she knows of a foreign language for follow the innovations in food technology and to communicate eachother
He/she follow food fairs, and professional developments in the field
He/she uses information technologies effectively and prepare presentations
He/she prepare food area, or other matters of social responsibility projects, participate in preparing the application.
He/she use visually, the effective use of written and oral communication.
He/she works several food areas of food legislation specified
He/she follows and implements the legislation related the food industry
He/she follows decumentation by critical control points and quaity assurance and takes precautions
He/she prepare food hyhiene education and operation it.

Weekly Course Subjects

1	Definition and general characteristics of milk + Laboratory general rules and practical course flow (practice)
2	Nutritional value of milk and carbohydrates of milk + Determination of pH in milk (Practice)
3	Nutritional value of milk and proteins of milk + Determination of specific gravity in milk (Practice)
4	Fats of milk + Determination of fat in milk (Practice)
5	Vitamins and minerals of milk and other components of milk + Determination of carbonate in milk (Practice)
6	Physical and chemical properties of milk + Determination of formaldehyde in milk (Practice)
7	Milk microbiology and starter cultures + Determination of hydrogen peroxide in milk (Practice)
8	Obtaining milk and accepting it to dairy business + Determination of acidity in milk (Practice)
9	Midterm
10	Drinking milk technology + Determination of moisture and dry matter in milk (Practice)
11	Yoghurt and ayran technology + Yoghurt production (Practice)
12	Cheese technology + Determination of acidity in yoghurt (Practice)
13	Butter technology + moisture and Dry matter determination (Practice)
14	Condensed milk, milk powder and ice cream technology + Determination of ash in dairy products(Practice)

Resources

1- Lecture notes(Prof.Dr. H.Hüsnü Gündüz)
2- Milk technology(Prof. Dr. Mehmet Demirci)

CLASS 1

CLASS 2

CLASS 3

CLASS 4

Lesson Information

Purpose and Content

Learning Outcomes

Weekly Course Subjects

Resources

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