APPROVED

Rector C. Turabdjanov

___________________

“___”  ___________ 2021 y.

AGREED

Ministry of Higher and Specialized Secondary Education

___________________

“___”  ___________ 2021 y.

Area of expertise:

300 000

The industrial and technical sector

Education sector:

310 000

Engineering

Course of education:

70711302

Metrology, standardization and quality management

Module subject/code

AKTSO'AS 2306

Academic year

2021-2022

semester

3

ECTS - Credit

2

Special subject

Mandatory

Language

Uzbek/Russian

Weekly lesson plan

3

1.

Name of subject

Classroom hours

Self-contained

hours

Total number of hours

Certification of measuring instruments in the field of aeronautical and space technology

30

30

60

2.

Aims and objectives of the discipline

The purpose of this discipline is to study the mastery of test methods, operation, standardization and certification of aeronautical objects.

Objectives:

- Study of the basic concepts, procedures and participants in compulsory and voluntary product certification in Uzbekistan and abroad;

- Study of the regulatory framework for certification in the Republic of Uzbekistan and the Eurasian Economic Union;

- Study of the basic concepts, procedures and participants in the certification of civil aeronautical equipment;

- Study of the Aviation Regulations governing the certification procedure and airworthiness standards for various categories of aircraft;

- To develop skills in completing the working documentation for the certification process.

2.2 The main part

1- Module: Aims and purposes of product testing

1- Topic: Basic concepts in certification

Pedagogical techniques used in the module: case study method, pair work with partners, using presentations to consolidate the information that  received.

2- Topic: Legal framework for national certification

The pedagogical techniques used in the module include: writing out basic terms, working in pairs, using presentations to strengthen the information obtained.

3- Topic: Fundamentals of aircraft for test technology

The pedagogical techniques used in the module include: writing out basic terms, working in pairs, using presentations to strengthen the information learned.

4- Topic: Quality certification of aeronautical equipment

The pedagogical techniques used in the module include: writing out basic terms, working in pairs, using presentations to strengthen the information learned.

              5- Topic: Attestation of component parts

Pedagogical techniques used in the module: case study method, working in pairs, use of presentations to strengthen the information learned.

            6- Topic: Features of flight tests

Pedagogical techniques used in the module: case study method, paired work, use of presentations to strengthen the information learned.

7- Topic: Improving the effectiveness of testing in the certification of aeronautical equipment.

Pedagogical techniques used in the module: case study method, working in pairs, use of presentations to strengthen the information learned.

2.3 Practical work on the subject

      1. Terminology, certification rules and procedures.

      2. Complex technical systems (CTS) and their characteristics

certification.

      3. Activities of organizations in the field of certification of aeronautical equipment.

 4. Airworthiness standards.

      5. Foreign practice of airworthiness standards.

      6. Types of airworthiness certificate

      7. General principles of certification work.

      8. Development of a certification scheme for a passenger aircraft.

Practical work on the course is conducted once a week and takes one academic hour in a classroom where students and the instructor are present. Students are provided with slides, printed information resources related to the occupational  works, as well as a quiz at the end of the course and an end assignment to widen the material resources.

2.4 Independent work on the topic

Topics for independent work:

1. Forms of product quality assurance

2. terms and definitions. Basic certification procedures

3. global certification practices. Activities of international organizations in the field of certification

4. Complex technical systems and features of their certification.

5. International Civil Aviation Organization ICAO.

6. Aviation Regulations AP-23, AP-25, AP-21, AP-29

7. Attestation and certification of component parts

   Independent work by undergraduate students to be submitted in the form of presentations or essays

3.

Students' knowledge and competence

Knowledge gained after mastering the Master's subject:

• Study of the basic concepts, procedures and participants in compulsory and voluntary product certification in Uzbekistan and abroad;
• Study of the regulatory framework for certification in the Republic of Uzbekistan and the Eurasian Economic Union;
• Study of the basic concepts, procedures and participants in the certification of civil aeronautical equipment;
• Study of the Aviation Regulations governing the certification procedure and airworthiness standards for various categories of aircraft;
• Developing skills in completing work documentation

when carrying out certification.

4.

Methods of educational technology:

• lecture material;
• interactive case study material;
• seminars (tests, question-and-answer sessions);
• working in groups;
• brainstorming;
• individual works;
• presentation material, an in-depth study of the topic.

5.

Requirements for obtaining a loan:

       Full mastery of the theoretical and methodological concepts of science, ability to accurately reflect the results of analysis, independent observation of the processes under study and completion of tasks and assignments in current, intermediate control forms, final control test pass.

6.

Literature

6.1 Basic literature

1. Aviation Regulations, Part 21. Procedures for certification of aeronautical equipment. Aviaizdat. 1999.
2. Aviation Regulations, Part 23. Standards of airworthiness of civil

light aircraft. Aviaizdat JSC. 1997.

1.  Aviation Regulations, Part 25. Standards of airworthiness of aircraft

transport category. M.M. Gromov LII, 1994.

1.  Aviation Regulations, Part 29. Standards for the airworthiness of rotary-wing aircraft

vehicles of the transport category. LII named after M.M. Gromov, 1995.

1.  Aviation Regulations, Part 33. Standards for the airworthiness of engines

aircraft. CIAM, 1994.

1. Aviation Regulations, Part VD. Standards of airworthiness of aircraft auxiliary engines. Aviaizdat. 1999.
2.  Aviation Regulations Part 34. Environmental protection. Norms

emissions for aircraft engines.

1.  Aviation Regulations, Part 35. Standards of airworthiness of aircraft

screws. CIAM, 1994.

1.  Aviation Regulations, Part 36. Certification of aircraft by

noise on the ground. IAC Aircraft Register, 1994.

1.  Aviation Regulations, Part 39. Airworthiness Directives. JSC

"Aviaizdat. 1999

1.  Aviation Regulations Part 145. Repair organisations. Aviaizdat. 1999.
2. Aviation Regulations, Part 183. Representatives of the Aviation Register. Aviaizdat. 1999.
3.  Guidelines for product certification and supervision

aviation equipment. IAC Aircraft Register, 1995.

1. Certification of complex technical systems / L.N. Aleksandrovskaya,

I.Z. Aronov, V.V. Kruglov, ed. by V.I. Kruglov: Textbook. Moscow: Logos, 2001. - 312 p.: ill.

6.2. Further reading

1. Mirziyoyev Sh.M. Erkin va farovon, demokratik O‘zbekiston davlatini birgalikda barpo etamiz. Speech at the joint session of the chambers of the Oliy Majlis dedicated to the inauguration of the President of the Republic of Uzbekistan. –Tashkent.: “Uzbekistan” publishing-printing creative house, 2016. – 56 p.
2. UzDSt (1:2002, 2:2003, 3:2004, 4:2002).
3. ISO 9000-1-94. Standards for total quality management and quality assurance.
4. Lifitz N.M. Fundamentals of standardisation, metrology and quality management of goods. -М.: 1999.
5. Sergeev A.G., Krokhin V.V. Metrology. -М.: 2001.
6. Kozlov M.G. Standardization, metrology. -М.: 2001.
7.  Kodirova Sh.A., Azamov A.A.  and others.  Methodical manual on laboratory works and practical training on a subject "Metrology, standardization and certification".  –Tashkent: TSTU, 2007.
8. Scientific and Technical Journal "Standart" of the UzStandard Agency (2000-2008).

6.3 Internet sources

1. www.gov.uz - Government Portal of the Republic of Uzbekistan
2. www.catback.ru - Research articles and training materials
3. www.uniiftri.ru
4. www.physics.gubkin.ru
5. http:\\www.standart.uz - "Uzstandard" Agency
6. http:\\www.smsiti.uz - Research Institute for Metrology, Standardization and Certification
7. http:\\\www.easc.org.by - Interstate Council for Standardization, Metrology and Certification of the Commonwealth of Independent States.
8. http:\\www.ziyonet.uz - Educational Portal

7.

The programme was considered at the Educational-Methodical Council of the Faculty "Electronics and Automation" (Minutes № _____________ from 2021) and submitted for approval to the Scientific-Methodical Council of the University.

8.

Responsible for science (module):

Matyakubova P.M. - Doctor of Technical Sciences, Professor, Head of Metrology, Technical Regulation, Standardisation and Certification Department, TSTU

Kuluev R.R. - Senior Lecturer, Department of Metrology, Technical Regulation, Standardisation and Certification, TSTU

9.

Reviewers:

To'raev Sh. A. – Ministry of Higher and Secondary Special Education of the Republic of Uzbekistan, Deputy head of the Research Coordination Department. Associate professor, PhD of Department of Metrology, Technical Regulation, Standardisation and Certification, TSTU

Ergashev F.A.- Associate professor PhD of Department of Metrology, Technical Regulation, Standardisation and Certification, TSTU