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  • Postgraduate

            Program description for Philosophy Doctorate PhD of Materials engineering Program description for Master science MSC of Materials engineering Admission plan for the Department of Materials Engineering for the year 2024-2025 Postgraduate curriculum 2023-2024 ًWeekly Schedule of first Term Postgraduate Studies MSc (2022-2023) Post Graduate Schedule first Semester 2022-2023 PhD Study The materials and references for the competitive examination 2023-2024 Admission Requirements for Post graduate Graduation Requirements for Post graduate     MSc Projects for 2016-2017 PhD ThesisMSc Thesis

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  • syllabus

    Materials Engineering Department curricula for the preliminary study for the year 2023/2024 Materials Engineering Department curricula for the preliminary study for the year 2022/2023 Materials Engineering Department curricula for the preliminary study for the year 2021/2022 Materials Engineering Department curricula for the preliminary study for the year 2020/2021 Materials Engineering Department curricula for the preliminary study for the year 2019/2020                                             Materials Engineering Department curricula for the preliminary study for the year 2018/2019                                             Materials Engineering Department curricula for the preliminary study for the year 2017/2018                                        Academic Program Specification Forma for Undergraduate 2017/2018                                        Academic Program Specification Forma for Undergraduate 2018/2019                                        Academic Program Specification for Ceramics and Building Materials Engineering      

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  • alumni

          Contact form with alumni A special link for graduates that includes (job opportunities, periodic programs, technical and scientific courses) Alumni Follow-up Unit   Names of graduates 2022/2023 Names of graduates 2016/2017 Names of graduates 2015/2016 Names of graduates 2014/2015 Names of graduates 2013/2014 Names of graduates 2012/2013 Names of graduates 2011/2012 Names of graduates 2010/2011 Names of graduates 2009/2010 Names of graduates 2008/2009 Names of graduates 2007/2008 Names of graduates 2006/2007 Names of graduates 2005/2006 Names of graduates 2004/2005 Names of graduates 2003/2004 Names of graduates 2002/2003

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  • graduation projects

          Graduation Projects for the Academic Year 2022/2023 Graduation Projects for the Academic Year 2021/2022 Graduation Projects for the Academic Year 2020/2021 Graduation Projects for the Academic Year 2019/2020 Graduation Projects for the Academic Year 2018/2019 Graduation Projects for the Academic Year 2017/2018 Graduation Projects for the Academic Year 2016/2017 Graduation Projects for the Academic Year 2015/2016 Graduation Projects for the Academic Year 2014/2015 Graduation Projects for the Academic Year 2013/2014 Graduation Projects for the Academic Year 2012/2013 Graduation Projects for the Academic Year 2011/2012 Graduation Projects for the Academic Year 2010/2011        

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  • accoumplished

    Accoumplished Certifications

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  • lectures

        Lectures of First Class Lectures of Second Class Lectures of Third Class (General Materials Engineering Branch) Lectures of Third Class (Ceramics and Building Materials Engineering Branch) Lectures of Third Class (Polymeric & Petrochemical Materials Engineering Branch) Lectures of Third Class (Biomaterials and Prosthesis Engineering Branch) Lectures of Fourth Class (General Materials Engineering Branch) Lectures of Fourth Class (Ceramics and Building Materials Engineering Branch) Lectures of Fourth Class (Polymeric & Petrochemical Materials Engineering Branch) Lectures of Fourth Class (Biomaterials and Prosthesis Engineering Branch)

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Welding Lab

The laboratory used the most common welding and cutting operations programs, which include gas welding and cutting, electric arc welding, tungsten arc welding, inert gas metal welding, and spot welding. The laboratory also used for graduation and postgraduate projects.

 

Laboratory Instrument

No.

Device

Qty.

1

Optical Microscope

1

2

4Digits Sensitive Balance

1

3

MIG Welding Device

1

4

TIG Welding Device

1

5

Spot Welding Machine

1

6

Electrical Arc Welding Machine

2

7

Thermal Coating Spraying Device

1

8

Stone cutting device

2

9

Softness testing device

1

10

Plasma Cutting Device

1

11

Thermometer

1

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Experiments

No.

Third Class General Materials Branch

1

Microstructure of Carbon Steel Welded Zones

2

Hardness of Carbon Steel Welded Zones

3

Comparison of Hardness and Microstructure of electric arc welding and Gas welding welds

4

The study of weld and Arc Speed on The Depth and Width of weld zone in SMAW welding

5

Spot Welding

6

The effect of Normalization on the properties   of welds 

7

Soldering 

8

TIG Welding

Corrosion lab

The Corrosion Laboratory is interested in teaching students how to calculate the corrosion rate of specific metal in specific medium for a specific period of time and then calculate the weight loss during a period of time due to corrosion could increase at a certain time.

 

Laboratory devices

sequence

device

No.

1

1-Digital electric Balance.

1

2

2-Digital electric Balance.

1

3

4-Digital electric Balance.

2

4

electric Balance.

1

5

Electric furnace  oC(200-100)

1

6

 Electric furnace oC(800-016)

1

7

Static voltage measuring device

3

8

Simple water bath ultrasonic mixer

2

9

digital pH meter

5

10

Polishing deevice

1

11

Simple distillation device

2

12

Flat heater with magnetic mixer and temperature sensor

4

13

texture heater (250 ml)

2

14

SPIN-COATER

1

15

a fluid electrical conductivity measuring device

1

16

Electrochemical analysis system

1

17

Ultrasonic generator device

1

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 Laboratory syllabus

No.

Third stage

(general materials branch)

1

Corrosion Measurements by Weight Loss

2

Electrochemical  Measurements of Corrosion

3

Pitting Corrosion

4

Study of high temperature corrosion oxidation

 

 

 

 

 

 

 

 

 

 

No.

Third stage

(Polymeric and petrochemical materials engineering branch)

1

Scaffold Preparation by Conventional Method (Solvent Casting / Particulate leaching )

2

Scaffold Preparation by Advanced Method (Electrospinning)

 

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