Description

Mechanical Inspection Department

 

First: Diploma in Mechanical Inspection Technology and Non-Destructive Testing (NDT)

Department of Mechanical Technology – Accredited Vocational Program

 

Program Overview

                     The Diploma in Mechanical Inspection Technology and Non-Destructive Testing (NDT) is a specialized vocational training program designed to prepare technically qualified personnel capable of performing mechanical inspection and engineering testing of industrial materials and components using modern, internationally recognized non-destructive testing techniques, without affecting the integrity or operational properties of the inspected components.

 

The program is based on developing an advanced scientific and technical understanding of material behavior and structural performance under various operating conditions, as well as early detection of surface and internal defects. This contributes to improving equipment and facility reliability, reducing operational risks, and achieving the highest levels of quality and safety in vital industrial sectors, particularly oil and gas, energy, manufacturing, and engineering construction.

 

Program Objectives

The curriculum aims to achieve a set of educational and professional objectives, including:

· Providing trainees with a solid scientific and technical foundation in mechanical inspection and non-destructive testing.

· Enabling trainees to apply various NDT techniques in accordance with approved international standards and specifications.

· Developing the ability to analyze and interpret inspection results and link them to potential causes of failure.

· Preparing qualified technicians capable of working efficiently in industrial environments with high technical requirements and risks.

· Enhancing quality concepts and ensuring compliance with international specifications and standards.

· Establishing a strong culture of occupational safety, radiation safety, and adherence to regulatory procedures.

· Contributing to meeting labor market needs through the preparation of technically qualified national workforce.

 

 Program Duration and Structure

· Program Duration: Two academic years plus a cooperative training semester.

· Number of Semesters: Five semesters.

· Mode of Study: Theoretical lectures, practical training, applied laboratories, and field training.

 

Study Timeline Distribution:

· First Year: Engineering and foundational knowledge phase.

· Second Year: Specialization and advanced professional qualification phase.

· Fifth Semester: Applied cooperative training in a real industrial environment.

 

Curriculum Structure and Detailed Content

 

First Year: Engineering Foundations

First Semester

This semester focuses on building the trainee’s basic scientific foundation and includes:

· Applied Mathematics: Engineering calculations and trigonometry used in mechanical applications.

· General Physics: Principles of forces, motion, and energy and their relation to industrial processes.

· Materials Science: Composition of engineering materials, their mechanical properties, and common defect types.

· Engineering Drawing: Reading and analyzing industrial drawings using computer applications.

· General English: Developing basic academic communication skills.

 

Second Semester

This semester addresses fundamental mechanical and technical concepts and includes:

· Mechanics of Materials and Statics: Analysis of stresses, strains, and load effects.

· Thermodynamics: Fundamental principles and industrial applications.

· Hydraulic Systems: System components, operation, and maintenance.

· Technical Measurements: Use of precision measuring instruments and verification of conformity.

· Occupational Health and Safety: Safety principles and preventive measures in industrial environments.

· Technical English: Specialized technical terminology used in the industrial field.

 

Second Year: Specialization and Professional Practice

Third Semester

This semester focuses on core non-destructive testing techniques and includes:

· Visual Testing (VT): Inspection tools, defect classification, and result documentation.

· Magnetic Particle Testing (MT): Physical principles and practical applications.

· Penetrant Testing (PT): Inspection procedures and indication analysis.

· Ultrasonic Testing (UT): Wave principles, equipment operation, and signal interpretation.

· Radiation Safety: Protective procedures and control of radiation sources.

· MATLAB Applications: Technical data analysis and decision support.

 

Fourth Semester

This semester focuses on advanced techniques and quality assurance and includes:

· Radiographic Testing (RT): Industrial imaging techniques and film interpretation.

· Eddy Current Testing (ET): Principles and advanced industrial applications.

· Quality Assurance and Quality Control (QA/QC): Quality systems and compliance management.

· Failure Analysis: Analysis and correlation of inspection results with root causes.

· Advanced Measurements: Technical verification of dimensions and standards.

· Applied Graduation Project: An integrated practical application combining program competencies.

 

Cooperative Training

The cooperative training aims to enable the trainee to:

· Apply acquired knowledge and skills in actual work environments.

· Gain professional experience and adhere to professional ethics.

· Develop communication and teamwork skills in real industrial settings.

· Enhance professional readiness and effective integration into the labor market.

 

Career Opportunities After Graduation

Graduates of the program are qualified to work in various professional fields, including:

· Non-Destructive Testing Technician (NDT Technician)

· Ultrasonic Testing Technician (UT Technician)

· Radiographic Testing Technician (RT Technician)

· Welding Inspection Technician

· Quality Control Inspector (QA/QC Inspector)

· Mechanical Inspector

· Radiation Safety Officer

 

Conclusion

           This curriculum represents an integrated vocational training program that combines a strong scientific foundation, intensive practical application, and structured field training, in line with modern technological developments and industrial requirements.
The program contributes to preparing technically and professionally qualified national workforce capable of supporting strategic industrial projects and achieving the highest levels of quality, safety, and sustainability.

Share Program

Program Information