Training Program Objectives:

Introduce and familiarize participants with types of engineering drawings.

Raise awareness about engineering drawing concepts.

Equip participants with practical skills in reading and creating engineering drawings.

Train participants in individual and collective assembly of engineering drawings.

Provide practical training on various geometric shapes through hands-on exercises.

Conduct training and discussions through workshops on the fundamentals of engineering drawing, including reading and writing engineering drawings.

Familiarize participants with the principles, stages, review, and approval of engineering plans.

Develop participants' skills related to receiving project documents according to the contract (drawings, tables, and quantities).

Familiarize participants with scientific methods and techniques for matching engineering drawings, minimizing errors during execution, and avoiding conflicts among different sectors during implementation.

Enhance participants' skills in reviewing project documents.

Training Content:

Techniques for preparing engineering drawings:

- Introduction to engineering drawing.

- Importance and techniques of engineering drawing.

- Tools for engineering drawing.

- Auxiliary operations in engineering drawing.

- Methods for preparing engineering drawings.

- Techniques and tools for engineering drawing.

- The importance of engineering drawings in various operations.

- Auxiliary operations for preparing engineering drawings.

Types of engineering drawings and executive drawings:

- Differences between engineering drawings and executive drawings.

- Surfaces and geometric shapes.

- Types of detailed drawings.

- Compiled drawings in their various forms.

- Dimensions on engineering drawings.

- Drawing scale.

Engineering projections for various shapes:

- Types of engineering projections.

- Freehand drawing without using engineering tools.

- Auxiliary projections and engineering projection.

- Sectors in engineering drawing.

- Measurements and tolerances on engineering drawings.

- Surface accuracy, operation symbols, and their representation on engineering drawings.

- Sectors in engineering drawing.

Methods of representing geometric shapes:

- Drawing three-dimensional geometric shapes.

- Isometric drawing.

- Types of engineering perspectives.

- Methods of deducing engineering projections.

- Practical representation of objects through engineering drawing.

Reading and writing various engineering drawings:

- Mechanical drawings.

- Civil and architectural drawings.

- Common factors in reading engineering drawings.

- Surfaces and geometric shapes.

- Types of detailed drawings.

- Compiled drawings in their various forms.

Review and approval of engineering plans:

- Principles and objectives of project creation.

- Compilation of all engineering sheets (structural, architectural, sanitary, electrical).

- Compilation of all information related to the project and used in the design, such as:

- The code used in the design.

- Loads (dead, live, wind, and seismic loads).

- Finishes used in the design.

- Soil report and foundation basics for the project site.

- Review team/work dimensions, elevations, and heights.

- Matching architectural drawings as required by the code.

- Matching architectural horizontal sections with facades and sectors.

- Matching structural drawings with architectural drawings.

- Matching sanitary drawings with structural and architectural drawings.

- Matching electrical drawings with architectural drawings.

- Matching air conditioning drawings with structural and architectural drawings.

- Preparing the final report on matching and approval.

- Practical training for receiving and approving project drawings.

- Practical and applied workshops.

- Evaluation and conclusion of the training program.