Textile Engineering is in constant advancement to provide and obtain the best results in the creation and exhibition of Textile Structures, qualify yourself in this area as the best of engineers"

The Textile Engineering sector is constantly evolving and adapting to the needs of different industrial fields. In this aspect, the aeronautical industry presents an area in which Textile Structures have acquired great importance in recent years. The use of textile materials in the manufacture and maintenance of aircraft has become increasingly common due to their lightness, strength and durability. Specifically, textile materials are used in the construction of parts such as aircraft covers, seats and interiors. Textile materials are also useful in aircraft maintenance, as they are used to repair and reinforce damaged parts.

It is in this scenario that this TECH academic degree responds to the current needs of the engineer, offering multidisciplinary and cutting-edge education. The objective of this program is to provide the professional with the knowledge and skills necessary to work in companies dedicated to the design, manufacture and maintenance of aircraft. The program focuses on the study of textile materials and their application in the design and construction of aircraft, as well as their maintenance and repair. Topics such as occupational safety, industry standards and regulations, and technological innovation are also covered.

All this is delivered in a 100% online format, allowing the graduates to study in their free time and from anywhere. In addition, the program uses the Relearning, method, which consists of reiterating the fundamental concepts throughout the syllabus so that the student can integrate the knowledge in a natural and gradual way, without having to dedicate hours to memorization. This way, a complete and effective education is guaranteed, adapted to the current needs of the aeronautical sector. 

You will give a significant boost to your career by including this Postgraduate certificate in your CV"

This Postgraduate certificate in Textile Structures contains the most complete and up-to-date program on the market. The most important features include:

• The development of case studies presented by experts in Textile Structures
• The graphic, schematic, and practical contents with which they are created, provide practical information on the disciplines that are essential for professional practice 
• Practical exercises where self-assessment can be used to improve learning
• Its special emphasis on innovative methodologies  
• Theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection assignments 
• Content that is accessible from any fixed or portable device with an Internet connection 

You will have all the materials available in different audiovisual formats from the first day and with the option of downloading them so that you can consult them whenever you need it"

The program’s teaching staff includes professionals from sector who contribute their work experience to this educational program, as well as renowned specialists from leading societies and prestigious universities.

Its multimedia content, developed with the latest educational technology, will provide the professional with situated and contextual learning, i.e., a simulated environment that will provide an immersion education programmed to learn in real situations.

The design of this program focuses on Problem-Based Learning, by means of which the professional must try to solve the different professional practice situations that are presented throughout the academic course. For this purpose, the student will be assisted by an innovative interactive video system created by renowned experts. 

Keep yourself up to date in the methods of obtaining mesh or knitted textile structures with this exclusive academic degree"

No unnecessary travel, preset schedules and mandatory attendance. Everything is an advantage for you with this TECH program"

This Postgraduate Course in Textile Structures is an ideal option for those interested in Textile Engineering. This program offers a complete training with a specific focus on openwork structures, mesh and nonwoven fabrics. This way, engineers will be able to deepen their understanding of the basic mechanical and chemical properties of these structures, as well as the methods of obtaining and analyzing them. In addition, the program is taught entirely online, allowing students to study at their own pace and from anywhere. Also, with the use of virtual simulations and the Relearning method, an effective education adapted to the needs of the sector is guaranteed, including the latest innovations in machinery and sustainable approaches to textile production.

With TECH study system, you will be able to organize your time and pace of learning, adapting it to your schedule"

Module 1. Textile structures of openwork, mesh and non-woven fabrics

1.1. Textile structures

1.1.1. Basic characteristics. Technologies and methods
1.1.2. Mechanical characteristics. Methods and results
1.1.3. Chemical characteristics. Methods and results

1.2. Methods of obtaining openwork textile structures. Analysis

1.2.1. Looms and their design
1.2.2. Textile structures of openwork. Analysis and Design
1.2.3. Fabrics and Jacquard technology. Identification and analysis

1.3. Methods used to obtain mesh or knitted textile structures. Analysis

1.3.1. Processes and weaving looms. Identification and classification
1.3.2. Mesh fabrics. Characteristics and structural parameters
1.3.3. Mesh structures and range of technical applications according to the technology used. Identification

1.4. Methods used to obtain nonwoven fabrics. Analysis

1.4.1. Nonwoven fabrics. Key Features
1.4.2. Nonwoven fabric forming and processing technologies
1.4.3. Technical application ranges of nonwovens

1.5. Innovations in the industrial sector of weaving technologies

1.5.1. New machinery developments in the last decades for the design of openwork fabrics
1.5.2. Openwork fabrics. Multi-sectoral approach within the industry
1.5.3. Sustainability. Producers of openwork textiles, utilization of pre-consumer remnants

1.6. Innovations in the industrial sector of netting technologies

1.6.1. Changes and innovations in netting machinery
1.6.2. Hightech applications of mesh structures in highly complex industrial sectors
1.6.3. Adaptation of netting industries to environmental requirements

1.7. Development and technological innovation in the field of nonwovens

1.7.1. Development of highly specific machinery for the utilization of leftovers
1.7.2. Nonwovens as a solution for the adaptation and transformation of the textile industry
1.7.3. Hightech applications of nonwovens in complex and advanced technology sectors

1.8. Design of openwork textile structures

1.8.1. Parameter settings for designing openwork fabrics
1.8.2. Determination of applications for specific designs of openwork
1.8.3. Recirculating design of openwork textile structures

1.8.3.1. Key aspects for reintroducing textiles back into the value chain

1.9. Design of textile mesh structures

1.9.1. Setting the parameters for designing mesh fabrics
1.9.2. Determination of applications for specific mesh designs
1.9.3. Recirculating design of textile mesh structures

1.9.3.1. Key aspects for reintroducing textiles back into the value chain

1.10. Design of nonwoven fabrics

1.10.1. Parameter settings for designing nonwoven fabrics
1.10.2. Determination of applications for specific nonwoven fabrics designs
1.10.3. Recircular design of nonwoven fabrics

1.10.3.1. Key aspects for reintroducing textiles back into the value chain 

This is your opportunity to access the best theoretical-practical contents of the academic panorama, only in the TECH library"