For the Participants:

1. Development of specialized technical skills.
Participants will learn how to perform proper metallographic preparation and carry out various mechanical tests, enabling them to develop a deep understanding of material properties and how these affect the performance of industrial products.
2. Improvement in diagnostic and problem-solving skills.
The course provides participants with the ability to identify and analyze material failures, enabling them to diagnose problems more accurately and propose solutions based on evidence obtained through metallographic inspection and mechanical testing.
3. Greater employability and professional competitiveness.
By gaining advanced knowledge in metallographic inspection techniques and mechanical testing, participants will be better prepared to access job opportunities in sectors such as automotive, aeronautics, construction, energy, among others, where these skills are highly valued.
4. Acquisition of knowledge about international regulations and standards.
Participants will learn to apply international standards (ASTM, ISO, DIN, etc.), enabling them to ensure that the analyses and tests performed meet the quality and safety standards required globally.
5. Ability to make informed decisions in the selection of materials.
The course provides the necessary tools to evaluate materials based on their mechanical and microstructural properties, resulting in more efficient and informed decision-making for material selection in industrial projects.
6. Access to advanced materials characterization techniques
Participants will be exposed to advanced methods such as scanning electron microscopy (SEM) and others, which will allow them to perform high-precision analyses and obtain detailed information about the microstructure of materials.

For Businesses:

1. Improvement in the quality and reliability of products.
Proper metallographic inspection and mechanical testing ensure that the materials used in production are the most suitable for each application, thus reducing the risk of failures in the final products and improving their durability and performance.
2. Optimization of manufacturing processes and selection of materials.
Companies will be able to optimize their manufacturing processes through the correct characterization of materials, which allows for a more efficient selection of them, reducing waste and costs associated with defective or poorly selected materials.
3. Prevention of material failures and improvement of safety
Mechanical testing and metallographic inspection help identify hidden defects in materials before they reach the final product. This prevents catastrophic failures in critical components, improving product safety and reducing the risk of accidents.
4. Compliance with regulations and quality standards
Companies that train their employees in these processes can ensure that the analyses performed comply with international regulations, allowing them to maintain high quality standards and meet industry regulatory requirements.
5. Improvement in competitiveness and innovation capacity
With a more accurate and detailed evaluation of materials, companies will be able to innovate in their processes and products, developing new technological solutions that allow them to stand out in the market and maintain their competitiveness.
6. Reduction of long-term operating costs
Preventing material defects and failures before manufacturing or assembly allows companies to avoid costly rework, returns, or failures in finished products. This contributes to greater operational efficiency and reduced warranty costs.
7. Training of staff with key competencies
The companies will have highly trained personnel in metallographic inspection techniques and mechanical testing, which represents added value in terms of talent and human resources within the organization.

Metallographic inspection and mechanical testing are fundamental to ensuring the quality and reliability of materials in various industrial applications. These processes allow for the determination of the physical, chemical, and structural properties of materials, which is crucial to ensuring they meet the technical and safety requirements established by international standards.
This Metallographic Inspection and Mechanical Testing course is designed to provide the necessary knowledge of advanced materials analysis techniques, with a practical and applied approach. Developing skills in metallographic preparation and mechanical testing enables professionals to evaluate the suitability of materials based on their structural properties, fatigue resistance, hardness, toughness, and other essential characteristics for performance in critical industrial applications.
For companies, these processes are vital for making informed decisions about material selection, component design, and manufacturing process improvement. Proper material characterization prevents catastrophic product failures, ensures component durability, and optimizes equipment safety and performance. Furthermore, metallographic inspection allows for the identification of microscopic defects, inclusions, and microstructural variations that could affect the quality of the final product.
Within the AIDIMME framework, these services are particularly sought after by companies aiming to ensure product quality and meet industry standards. As a technological research center, AIDIMME plays a crucial role by offering specialized material characterization services that help companies improve their production processes and achieve more reliable results.

- Technical staff with basic knowledge of metallurgy. - People interested in these topics.

1. Understand the fundamentals of metallographic inspection. Acquire basic knowledge of metallographic preparation techniques, including cutting, polishing, and chemical etching procedures, in order to observe the internal structures of materials.
2. Master microstructure analysis techniques. Develop the ability to interpret the microstructure of materials by observing prepared samples, identifying defects, inclusions, and characteristics relevant to evaluating their quality.
3. Understand and apply the main mechanical tests. Become familiar with the most common tests (such as tensile, hardness, compression, fatigue) to evaluate the mechanical properties of materials and understand how they influence the performance and safety of industrial components.
4. Evaluate the quality of materials for industrial applications. Acquire the necessary skills to perform a comprehensive evaluation of materials through metallographic inspection techniques and mechanical testing, contributing to the appropriate selection of materials in the design and manufacture of industrial products.
5. Apply international standards and regulations in testing and analysis. Become familiar with the international standards and regulations governing metallographic and mechanical testing, and learn to apply these criteria in materials analysis to ensure product quality and safety.
6. Improve the ability to diagnose and resolve material problems. Develop critical skills to identify material failures through metallographic analysis and mechanical testing, and propose solutions based on the results obtained to improve manufacturing processes.

Module 1: Introduction to Metallographic Inspection and Mechanical Testing.
1.1. Importance of material characterization in industry.
1.2. Fundamentals of mechanical testing.

Module 2: Metallographic Preparation of Samples.
2.1. Fundamentals of metallographic preparation.
2.2. Metallographic preparation processes.
2.3. Advanced preparation techniques.

Module 3: Metallographic Analysis.
3.1. Observation and analysis techniques.
3.2. Interpretation of the microstructure.
3.3. Material defects and failures.

Module 4: Mechanical Testing of Materials.
4.1. Tensile test.
4.2. Hardness test.
4.3. Fatigue test.
4.4. Compression and impact test.

Module 5: Industrial Applications and Practical Cases.
5.1. Selection of materials for industrial applications.
5.2. Case studies.
5.3. Analysis of results and decision making.

Module 6: Regulations, Standards and Good Practices.
6.1. International standards in metallographic inspection and mechanical testing.
6.2. Good practices in conducting tests.

Course

In‑person

Knowledge transfer and resolution of issues raised by students.

19/2/2026

Thursday

From 09:00am to 14:00am

5 hours

AIDIMME C / Leonardo Da Vinci 38 (Technology Park) 46980 Paterna (Valencia)

Open

Certificate of attendance issued by AIDIMME. Minimum attendance of 75% of the teaching hours.

107 € - Non-associated company amount + 21% VAT. Associated company - 13%. Unemployed persons: consult price. *AIDIMME, as the organising entity of FUNDAE, will be able to manage the subsidised part of the course at no additional cost.

INFORMATION AND PRE-REGISTRATIONS
AIDIMME - Training Department
961366070 Phone | Fax: 961366185 e-mail: rigual@aidimme.es | www.aidimme.es