Thanks to this 100% online TECH syllabus, you will delve into the development of intelligent processes that facilitate human activities"

Due to the growing automation in various industries, mechatronics professionals are in great demand by institutions. In this line, more and more organizations are demanding the incorporation of experts to constantly raise their performance indicators and develop continuous improvement. 

In view of this situation, TECH has designed a study program for students to recognize the different methods of motion transmission and transformation. They will also have the opportunity to analyze the typology of mechanisms that enable the transmission of motion. In turn, they will address the factors to be taken into account in gears, bearings, bearings and springs. In this sense, after completing the university program, graduates will be able to create innovative technological solutions in order to solve the needs of institutions and optimize their resources in an efficient way. Therefore, they will be highly qualified to occupy important positions in booming sectors such as Robotics, Health and Automotive. 

In addition, this Postgraduate certificate has a 100% online methodology where graduates will complete the program comfortably. They will only need a device with Internet access to expand their knowledge and become professionals in the Design and Manufacture of Mechatronic Systems. In addition, the syllabus is supported by the innovative Relearningteaching system: a process based on repetition, which ensures that knowledge is acquired in a natural and progressive way, without the effort of memorizing. 

Contribute to the creation of innovative technological solutions thanks to this cutting-edge university program"

This Postgraduate certificate in Design and Manufacture of Mechatronic Systems contains the most complete and up-to-date program on the market. Its most notable features are:

• The development of case studies presented by experts in Design and Manufacture of Mechatronic Systems
• The graphic, schematic and practical contents with which it is conceived provide cutting- Therapeutics and practical information on those disciplines that are essential for professional practice.
• Practical exercises where the self-assessment process can be carried out 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 master the different types of industrial mechanisms thanks to this exclusive TECH program"

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

The 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 immersive education programmed to learn in real situations. 

This program is designed around Problem-Based Learning, whereby the professional must try to solve the different professional practice situations that arise during the academic year For this purpose, the students will be assisted by an innovative interactive video system created by renowned and experienced experts.

You will overcome the challenge of combining the design and production of goods made with both electronic and mechanical parts"

The teaching team of this program will provide you with a multidisciplinary vision to lead technological projects"

This Postgraduate certificate has a very complete syllabus that offers a broad perspective of the Design and Manufacture of Mechatronic Systems. Throughout the academic itinerary, graduates will examine the most advanced mechanical manufacturing technologies, as well as the metrology tools to control their results. In addition, they will delve into 3D parametric design and the software required for these projects. To master all these aspects, graduates will have at their disposal exclusive materials, complementary readings and multimedia resources such as explanatory videos and interactive summaries. 

Expert syllabus and quality content are the key to your learning success”

Module 1. Assisted Manufacturing of Mechanical Components in Mechatronic Systems

1.1. Mechanical Manufacturing in Mechatronic Systems

1.1.1. Mechanical Manufacturing Technologies
1.1.2. Mechanical Manufacturing in the Mechatronics Industry
1.1.3. Advances in Mechanical Manufacturing in the Mechatronics Industry

1.2. Material Removal Processes

1.2.1. Theory of Metal Cutting
1.2.2. Traditional Machining Processes
1.2.3. CNC and Automation in Manufacturing

1.3. Sheet Metal Forming Technologies

1.3.1. Sheet Metal Cutting Technologies: Laser, Water and Plasma
1.3.2. Technology Selection Criteria
1.3.3. Sheet Metal Vending

1.4. Abrasion Processes

1.4.1. Manufacturing Techniques by Abrasion
1.4.2. Abrasive Tools
1.4.3. Shot Blasting and Sandblasting Processes

1.5. Advanced Technologies in Mechanical Manufacturing

1.5.1. Additive Manufacturing and its Applications
1.5.2. Micro-Manufacturing and Nanotechnology
1.5.3. Electrical Discharge Machining

1.6. Rapid Prototyping Techniques

1.6.1. 3D Printing in Rapid Prototyping
1.6.2. Rapid Prototyping Applications
1.6.3. 3D Printing Solutions

1.7. Design for Manufacturing in Mechatronic Systems

1.7.1. Manufacturing-oriented Design Principles
1.7.2. Topological Optimization
1.7.3. Design Innovation for Manufacturing in Mechatronics Systems

1.8. Plastic Forming Technologies

1.8.1. Injection Molding Processes
1.8.2. Blow Molding
1.8.3. Compression and Transfer Molding

1.9. Advanced Technologies in Plastic Forming

1.9.1. Metrology
1.9.2. Units of Measurement and International Standards
1.9.3. Measuring Instruments and Tools
1.9.4. Advanced Metrology Techniques

1.10. Quality Control

1.10.1. Measuring Methods and Sampling Techniques
1.10.2. Statistical Process Control (SPC)
1.10.3. Regulations and Quality Standards
1.10.4. Total Quality Management (TQM)

Module 2. Design of Mechatronic Systems

2.1. CAD in Engineering

2.1.1. CAD in Engineering
2.1.2. 3D Parametric Design
2.1.3. Types of Software on the Market
2.1.4. SolidWorks. Inventor

2.2. Work Environment

2.2.1. Work Environment
2.2.2. Menus
2.2.3. Visualization
2.2.4. Default Settings of the Working Environment

2.3. Layout and Work Structure

2.3.1. 3D Computer-aided Design
2.3.2. Parametric Design Methodology
2.3.3. Methodology for the Design of Assemblies of Parts. Assemblies

2.4. Sketching

2.4.1. Basics of Sketch Design
2.4.2. 2D Sketch Creation
2.4.3. Sketch Editing Tools
2.4.4. Sketch Dimensioning and Relationships
2.4.5. 3D Sketch Creation

2.5. Mechanical Design Operations

2.5.1. Mechanical Design Methodology
2.5.2. Mechanical design operations
2.5.3. Other Operations

2.6. Surfaces

2.6.1. Creating Surfaces
2.6.2. Tools for Creating Surfaces
2.6.3. Tools for Surface Editing

2.7. Assemblies

2.7.1. Creation of Assemblies
2.7.2. The Relationships in Position
2.7.3. Tools for the Creation of Assemblies

2.8. Normalization and Design Tables. Variables

2.8.1. Component Library. Toolbox
2.8.2. Online Repositories/element Manufacturers
2.8.3. Design Tables

2.9. Folded Sheet Metal

2.9.1. Folded Sheet Metal Module in CAD Software
2.9.2. Sheet Metal Operations
2.9.3. Developments for Sheet Metal Cutting

2.10. Drawing Generation

2.10.1. Creation of Drawings
2.10.2. Drawing Formats
2.10.3. Creation of Views
2.10.4. Dimensioning
2.10.5. Annotations
2.10.6. Lists and Tables

A unique training experience, key and decisive to boost your professional development"