The document provides an overview of the production engineering department, outlining its culture, divisions, and academic curriculum. It details the courses to be taken over four years, including topics in mathematics, mechanics, and engineering principles, as well as the graduation project and essential training for success in the field. Additionally, it addresses whether production engineering is suitable for prospective students.

2. Contents
• Department Culture and Who is the Production
Engineer?!
• Department Divisions
• What are you going to study
• What is the graduation Project
• Training
• How you can Succeed and Is Production Engineering
Suitable for you?!

3. Department Culture
Who is the Production Engineer

4. Is there a difference?
23 23.0 23.00

5. Who is the production Engineer?!
• Production Engineering is a combination of
manufacturing technology with management science.
• A production engineer typically has a wide knowledge
of engineering practices and is aware of the
management challenges related to production.

6. Department Divisions

7. What are Department Divisions?
Industrial
Engineering
Machining
Forming &
Material Science
Design Quality & Measurements

8. What to Study?!
Math's 3 Mechanics 3 Physics 3
Test &
Structure
Engineering
Drawing 1
Engineering
Drawing 2
Machining
Operations
Research
Management
Information
Systems
Technical
Report Writing
Casting &
Welding
Materials
Technology 1
First Year

9. What to Study?!
Design of M/c
cutting tool
element 1
Design of M/c
cutting tool
element 2
Theory of
Machine
Cutting
elements
Forming
Solid
Mechanics
Materials
Technology 2
Machining
Engineering
Economy
Dimensional
Metrology
Electrical
Engineering
(Circuits 1)
Math's 4
Fluid
Mechanics
Second Year

10. What to Study?!
Theory &
Design of m/c
tools 1
Theory &
Design of m/c
tools 1
Geometrical
Metrology
Human
Factors
Facilities
Planning
Production &
Operations
Management
Non
Destructive
Testing
Plasticity
Non
Conventional
Forming Thermo-
Dynamics Math’s 10
Electrical &
Electronic
Engineering
(Electronics 1)
Non
Conventional
Machining
Third Year

11. What to Study?!
Advanced M/c
tools
M/C Tool
Dynamics
Advance M/C
Tools
Technology
Advanced
Metrology
Technologies
of Advanced
materials
Industrial
Systems
Modeling &
Simulation
Maintenance
Technology
Failure
Analysis
Knowledge
Engineering Engineering
Management
Project
Management
Quality
Control
Graduation
Project
CNC M/C Tools
Materials
Selection
Fourth Year

12. Graduation Projects

13. Training

14. How to survive?!
Is PED suitable for you!

15. Questions?!
Contact
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