About the Branch:

The program of Polymeric and Petrochemical Materials Engineering is dedicated to providing the country with specialists for a broad base of polymer-related materials through the development and application of our core competencies, which include education, research, analysis, design, synthesis and performance testing. The objective of both our academic and research functions is the practical application of scientific and engineering principles to generate new material and processing concepts and enhance technical problem solving capabilities related to the production and use of polymer.

The branch was established in 2010/2011.

  Vision, Mission & Objectives

  Vision:

The polymeric and petrochemical branch aims to promote the industrial and productive reality of the country, as it is rich in oil which considered as the main source of the polymeric and petrochemical industries. The branch also looks forward to use other clean natural sources in the production of natural and synthetic polymers via polymerization processes, as well as recycling of plastic waste which poses a great danger to the environment worldwide.

  Mission:

Establishing of an integrated educational and academic program, that supports the country’s needs in both governmental and private sectors for engineers specialized in the production and manufacture of polymeric and petrochemical substances. The educational and academic program of the branch also supports the practical aspects in terms of design and management of production plants and factories as well as identification and conducting various tests and surface treatments to improve the performance of the polymeric materials.

  Objectives:

The academic program is focused in the following objectives:
1- to solve problems from the practical side by applying engineering and scientific principles .
2- to conduct various experiments in the production, manufacture, characterizing and inspection of polymeric substances .
3- to utilize various software and statistical analysis techniques to carry out engineering designs according to work requirements .
4- to deal with various aspects of work in the ethics of engineering profession.
5- to work in teams and promote confidence among the team members .

 Academic Staff in the Branch

Polymeric and Petrochemical Materials Engineering Branch

فرع هندسة المواد البوليمرية والبتروكيمياوية

Units

Discussion

Practical

Theoretical

Subjects

الموضوع

Code

3

0

2

2

Polymer Fibers Technology I

تكنولوجيا الالياف البوليمرية I

MaEP131

3

0

2

2

Materials Inspection and Characterization I

فحص وتوصيف المواد I

MaEP132

3

0

2

2

Petrochemicals

البتروكيمياويات

MaEP133

3

0

2

2

Engineering Polymers I

البوليمرات الهندسية I

MaEP134

2

0

0

2

Statistics

إحصاء

MaEP135

2

2

0

2

Numerical and Engineering Analysis I

تحليلات هندسيه و عددية I

MaEP136

2

0

0

2

Nanotechnology

تقانات النانو

MaEP137

2

0

0

2

Medical and Bio–Polymers

البوليمرات الطبية والاحيائية

MaEP138

2

8

16

Study hours

20

26

Total

Polymeric and Petrochemical Materials Engineering Branch

فرع هندسة المواد البوليمرية والبتروكيمياوية

Units

Discussion

Practical

Theoretical

Subjects

الموضوع

Code

3

0

2

2

Polymer Fibers Technology II

تكنولوجيا الالياف البوليمرية II

MaEP231

3

0

2

2

Materials Inspection and Characterization II

فحص وتوصيف المواد II

MaEP232

3

0

2

2

Petroleum Chemistry

كيمياء النفط

MaEP233

3

0

2

2

Engineering Polymers II

البوليمرات الهندسية II

MaEP234

2

0

0

2

Rubber Technology

تكنولوجيا المطاط

MaEP235

2

0

0

2

Polymerization Processes

عمليات البلمرة

MaEP236

2

2

0

2

Numerical and Engineering Analysis II

تحليلات هندسيه و عددية II

MaEP237

2

1

0

2

Sustainability of Materials

إستدامة المواد

MaEP238

3

8

16

Study hours

20

27

Total

Polymeric and Petrochemical Materials Engineering Branch

فرع هندسة المواد البوليمرية والبتروكيمياوية

Units

Discussion

Practical

Theoretical

Subjects

الموضوع

Code

3

1

2

2

Composite Materials-Ι

المواد المتراكبة-Ι

MaEP141

3

1

2

2

Selection of Engineering Materials-Ι

اختيار المواد الهندسية-Ι

MaEP143

3

0

2

2

Polymers Technology-Ι

تكنولوجيا البوليمرات- Ι

MaEP144

2

1

0

2

Design of Engineering Materials-Ι

تصميم المواد الهندسية-Ι

MaEP145

2

0

0

2

Polymer Blends

الخلائط البوليمرية

MaEP146

2

0

0

2

Petroleum Materials Technology

تكنولوجيا المواد النفطية

MaEP147

1

0

0

1

Introduction to Engineering Ethics

مقدمة اخلاقيات الهندسة

MaEP148

3

6

13

Study hours

16

22

Total

Polymeric and Petrochemical Materials Engineering Branch

فرع هندسة المواد البوليمرية والبتروكيمياوية

Units

Discussion

Practical

Theoretical

Subjects

الموضوع

Code

3

1

2

2

Composite Materials-ΙΙ

المواد المتراكبة-ΙΙ

MaEP241

3

1

2

2

Selection of Engineering Materials-II

اختيار المواد الهندسية-II

MaEP243

3

0

2

2

Polymers Technology-ΙI

تكنولوجيا البوليمرات-ΙI

MaEP244

2

1

0

2

Design of Engineering Materials-II

تصميم المواد الهندسية -II

MaEP245

2

0

0

2

Conductive Polymers

البوليمرات الموصلة

MaEP246

2

0

0

2

Technology of Petrochemical Industries

تكنولوجيا الصناعات البتروكيمياوية

MaEP247

1

0

0

1

Rules of Engineering Ethics

قواعد اخلاقيات الهندسة

MaEP248

3

6

13

Study hours

16

22

Total

General  Materials Engineering Branch

هندسة المواد العام

Units

Discussion

Practical

Theoretical

Subjects

الموضوع

Code

4

0

2

1

Project

مشروع

MaEG042

About the Branch:

The Materials Engineering Department at the University of Technology Baghdad offers engineering programs leading to acquire the degree of Bachelor of Science (B.Sc.), Master of Science (M.Sc.), and doctor of Philosophy (Ph.D.) in Materials Engineering. The B.Sc. degree includes three different specialties; the "General Materials Engineering”, "Ceramics and Building Materials Engineering ", and the "Polymers Engineering Materials ". These branches were established at 2013. The M.Sc. and Ph.D. degrees cover a wide range of research areas related to the major field of Materials engineering. Our fundamental goal is to understand the relation between the structure and chemistry of materials and their deep contact on the final properties of the new product for several applications.

The branch was established in 2010/2011.

Vision, Mission and Objectives

Vision:

As we move towards our goal of being a world-class department, we will support research on a global scale. The MaE will inspire its scientific employees to be the best they can be. Thus, we seek to compete with other engineering departments dealing with engineering materials to be the most active.

Our vision is to bring our students into the 21st century through innovation and modern technology. Learning will be enhanced with computer software and new educational means that will allow students to proceed at their own rate according to their ability. This can only be achieved through hard work in the field of attention to the quality and accuracy of the information provided as well as a hard work on having a vision and strategy for laboratory work.

Mission:

The department of Materials engineering provides access to higher education opportunities that enable students to develop knowledge and skills necessary to achieve their professional goals, improve the productivity of their organizations and provide leadership and service to their communities. Hence, the MaE can be considered as a distinctive and distinguished learning environment for undergraduates and graduate students in many scholarly and professional fields. It seeks to link its research and teaching to the vast resources of a great metropolis as well as to create academic relationships with many countries and regions.

We also seek to:

1. Graduating highly qualified ethical material engineers.
2. Building the leadership qualities in its graduates through teaching how to lead, problem solving, team work, quality considerations, and professionalism at work.
3. Instilling in graduates the spirit and commitment for acquiring knowledge and community service.
4. Contributing ideas of projects and carrying out research for the benefit and development of the community.
5. Nurturing and care of outstanding students and encouraging them to use their skills.

Objectives:

The program educational objectives of the Ceramics and Building Materials Engineering branch are:

Learn how to use the empirical and analytical, statistical and mathematical tools for the exercise of the profession of engineering in the field of ceramics and building materials engineering.

Prepare cadres capable to work in multidisciplinary teams able to how to identify, formulate, and solve engineering problems with understanding of professional and ethical responsibility.

Engage in activities that promote lifelong learning and the life of graduate professional and provide the flexibility to respond to the changing needs professional and community.

 Academic Staff in the Branch

No.

Name

Scientific Rank

Certificate & specialization

Certificate & specialization

1

Ahmed Muhammad Hassan Al-Ghaban

Professor Dr.

Ph.D

Materials engineering/ three-phase ceramics/thin films

President of the University of Technology

2

Hussein Alaa Jaber

 Professor Dr.

Ph.D

Materials engineering/ ceramic materials

3

Heba Anwar Abdullah

Assistant Professor Dr.

Ph.D

Materials engineering/ coating and surface protection

Head of Ceramic and Building Materials Engineering Branch 

Follow-up unit official

4

Aseel Bassem Abdul Hussein

Professor Dr.

Ph.D

Physical Sciences/ Materials Physics

5

Alaa Aladdin Abdel Hamid

Professor Dr.

Ph.D

Materials science/ materials technologies

6

Farhad Muhammad Othman

Professor Dr.

Ph.D

Mechanical Engineering/ Materials Manufacturing

Director of the Continuing Education Center

7

Hana Arir Smej

Assistant Professor Dr.

Ph.D 

Materials science/ materials technologies

8

Mayada Shanan Abdel

Assistant Professor Dr.

Ph.D

Materials engineering/ composites and nanotechnology

9

Iyad Kazem Hassan

Assistant Professor Dr.

Ph.D

Mechanical/thermal engineering

10

Ahmed Hussein Ali

Assistant Professor Dr.

Ph.D

Materials engineering/ composite materials

11

Muhannad Najah Jawad

Assistant Professor Dr.

Ph.D

Materials engineering/ composite materials

Director of the Internal Department Affairs Department

12

Basma Hashem Mohammed

Assistant Professor Dr.

Ph.D

Materials engineering/ composites and nanotechnology

13

Sura Salem Ahmed

Lecturer Dr.

Ph.D

Physical Sciences/ Materials Physics

14

Abeer Farouk Abbas

Assistant Professor Dr.

Ph.D Materials/energy engineering

15

Muhammad Diaa Shaker

Lecturer Dr.

Ph.D

Materials engineering

Accreditation unit official

16

Ammar Musa Hassan

Lecturer

Master

Civil/construction engineering

17

Minna Faisal Khudair

Lecturer

Master  

Materials Science/ Materials Technologies

18

Shatha Riyad Ahmed Ezzat

Lecturer

Master

Building and construction engineering/building materials

Doctoral student in Iraq

19

Ali Kamil Ahmed

Lecturer

Master

Computer Engineering /  Intelligent Computer Systems

20

Rawaq Salah al-Din Mahdi

Lecturer

Master Civil Engineering/ Environmental Engineering

Rapporteur of the Ceramic and Building Materials Engineering Branch

21

Lamis Salam Faiq

Assistant Lecturer

Master

Materials engineering/ corrosion and surface protection

Doctoral student in Iraq

22

Aws Muayyad Mahdi

Assistant Lecturer

Master

English language / English language

23

Hawraa Diyaa Al-Din Abdul Karim

Assistant Lecturer

Master

Materials Engineering/  Building Materials Engineering

Statistics unit official

24

Hadeel Ahmed Abbas

Assistant Lecturer

Master

Materials engineering

Doctoral student in Iraq

25

Saja Amer Abdel Majeed

Assistant Lecturer

Master

Materials engineering

Ceramic and Building   Materials Engineering Branch

هندسة السيراميك ومواد البناء

Units

Discussion

Practical

Theoretical

Subjects

الموضوع

Code

3

0

2

2

Fundamentals of Powder Technology

اساسيات تكنولوجيا المساحيق

MaEC131

3

0

2

2

Materials Inspection and Characterization-I

فحص وتوصيف المواد-I

MaEC132

3

0

2

2

Building Materials-I

مواد البناء -I

MaEC133

2

0

0

2

Statistics

إحصاء

MaEC134

2

2

0

2

Numerical and Engineering  Analysis-I

تحليلات هندسية وعددية-I

MaEC135

2

0

0

2

Ceramics

المواد السيراميكية

MaEC136

2

1

0

2

Semiconductors

اشباه الموصلات

MaEC137

2

0

0

2

Nanotechnology

تقانات النانو

MaEC138

3

6

16

Study hours

19

25

Total

Ceramic and Building   Materials Engineering Branch

هندسة السيراميك ومواد البناء

Units

Discussion

Practical

Theoretical

Subjects

الموضوع

Code

3

0

2

2

Ceramic Materials Technology

تكنولوجيا المواد السيراميكية

MaEC231

3

0

2

2

Materials Inspection and Characterization-II

فحص وتوصيف المواد- II

MaEC232

3

0

2

2

Building Materials-II 

مواد البناء - II

MaEC233

3

0

2

2

Phase Transformations and Heat Treatments

التحولات الطورية والمعاملات الحرارية

MaEC234

2

2

0

2

Numerical and Engineering  Analysis-II

تحليلات هندسية وعددية-II

MaEC235

2

0

0

2

Glass Materials

المواد الزجاجية

MaEC236

2

0

0

2

Electric and Magnetic Ceramic Materials

المواد السيراميكية الالكترونية والمغناطيسية

MaEC237

2

1

0

2

Sustainability of Materials

إستدامة المواد

MaEC238

3

8

16

Study hours

20

27

Total

Ceramic and Building Materials Engineering Branch

فرع هندسة السيراميك ومواد البناء

Units

Discussion

Practical

Theoretical

Subjects

الموضوع

Code

3

1

2

2

Composite Materials-Ι

المواد المتراكبة-Ι

MaEC411

3

1

2

2

Selection of Engineering Materials-I

اختيار المواد الهندسية-I

MaEC413

3

0

2

2

Refractories

الحراريات

MaEC414

2

1

0

2

Design of Materials Engineering –I

تصميم المواد الهندسية-I

MaEC415

2

0

0

2

Bioceramics

السيراميك الاحيائي

MaEC416

2

0

0

2

Surface Engineering

هندسة الاسطح

MaEC417

1

0

0

1

Introduction to Engineering Ethics

مقدمة أخلاقيات الهندسة

MaEC418

3

6

13

Study hours

16

22

Total

Ceramic and Building Materials Engineering Branch

فرع هندسة السيراميك ومواد البناء

Units

Discussion

Practical

Theoretical

Subjects

الموضوع

Code

3

1

2

2

Composite Materials-ΙΙ

المواد المتراكبة-ΙΙ

MaEC421

3

1

2

2

Selection of Engineering Materials-II

اختيار المواد الهندسية-II

MaEC423

3

0

2

2

Functional and Engineering Ceramic Materials

المواد السيراميكية الوظيفية والهندسية

MaEC424

2

1

0

2

Design of Materials Engineering –II

تصميم المواد الهندسية - ΙΙ

MaEC425

2

1

0

2

Failure Analyses and Fracture Mechanisms

ميكانيك الكسر وتحليل الفشل

MaEC426

2

0

0

2

Advanced Surface Engineering

هندسة الاسطح المتقدمة

MaEC427

1

0

0

1

Rules of Engineering Ethics

قواعد اخلاقيات الهندسة

MaEC428

4

6

13

Study hours

16

23

Total

General  Materials Engineering Branch

هندسة المواد العام

Units

Discussion

Practical

Theoretical

Subjects

الموضوع

Code

4

0

2

1

Project

مشروع

MaEG042