With this program you will become a great specialist in Industrial Design, being able to opt for great professional opportunities in this important economic sector" 

Industrial Design is a basic requirement for daily life. All types of vehicles, apparatus, tools and home appliances exist thanks to the labor of designers working in this field. Therefore,  it is an essential area, and the large industrial companies that produce these elements and objects are constantly looking for professionals who can improve their designs and creations with objectives as diverse as improving the performance of these devices, saving costs or improving their aesthetics. 

This professional master’s degree will therefore provide designers with the necessary elements to become a great specialist in this field. In this way, throughout the program, they will be able to delve deeper into issues such as technical representation systems, metallic and ceramic materials or design for manufacturing, especially in aspects such as polymers. 

The designer will also be able to become a great expert in this area thanks to the program designed by TECH, which is developed through an online learning system that will be adapted to their personal and professional circumstances. This method has been created so that students don’t have to commit themselves to fixed schedules nor travel to attend classes physically in an academic center.  In addition, this program includes the best multimedia resource, videos, theoretical and practical activities, interactive summaries or master classes, among many others. 

Industrial sectors need designers that improve the performance, cost and aesthetic of their products and this program will make you an expert that responds to the needs of the current professional market”   

This professional master’s degree in Industrial Design contains the most complete and up-to-date educational program on the market. The most important features include: 

• Practical cases presented by experts in Industrial Design
• The graphic, schematic, and eminently practical contents with which they are created, provide scientific and practical information on the disciplines that are essential for professional practice
• Practical exercises where self-assessment can be used to improve learning
• 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

The 100% online methodology at TECH allows you to continue developing your professional work without interruptions, given that is completely adapted to your personal circumstances”   

The program’s teaching staff includes professionals from the sector who contribute their work experience to this training 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 training programmed to train 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 student will be assisted by an innovative interactive video system created by renowned and experienced experts.

This program will allow you to learn the ins and outs of industrial production to improve your work as a designer specializing in this field"

The best teaching materials in the field of Industrial Design are available to you in this professional master’s degree"

The main objective of this professional master’s degree in Industrial Design is to gather the most advanced and innovative knowledge in this creative area in order to bring it to the professional in a simple way and completely adapted to their circumstances. In order to achieve this goal, TECH has a flexible teaching methodology that allows the student to choose the time and place to study, and offers the student the most advanced educational technology with the most innovative and effective didactic resources. 

Reach all your professional and life goals thanks to the boost you will get from this specialized program"  

General objectives

• Know how to synthesize one's interests through observation and critical thinking, translating them into artistic creations
• Learn to plan, develop and present artistic productions appropriately, using effective production strategies and with their own creative contributions
• Acquire theoretical and practical methodological knowledge necessary for the realization of technical projects 
• Analyze and evaluate materials used in engineering based on their properties 
• Deepen knowledge in the innovation and technology transfer processes for the development of new products and processes and the establishment of a new state of the art

Specific objectives

Module 1. Fundamentals of Design 

• Connect and correlate the different areas of design, fields of application and professional branches 
• Know the processes of ideation, creativity and experimentation and know how to apply them to projects
• Integrate language and semantics in the ideation processes of a project, relating them to its objectives and use values

Module 2. Fundamentals of Creativity 

• Know how to synthesize one's interests through observation and critical thinking, translating them into artistic creations 
• Get rid of the fear of artistic block and use techniques to combat it 
• Investigating oneself, one's own emotional space and what is around, in such a way that an analysis of these elements is carried out in order to use them in favor of one's own creativity 

Module 3. Technical Representation Systems 

• Use knowledge of representation systems as a tool in the search for solutions to design problems 
• Develop conception and spatial vision, obtaining new tools that encourage the promotion and generation of ideas
• Learn to represent objects in the dihedral, axonometric and conic systems as a means of conveying an idea for their realization

Module 4. Materials 

• Know the principles of nanomaterials  
• Understand, analyze and evaluate the processes of corrosion and degradation of materials
• Evaluate and analyze the different techniques of non-destructive tests on materials

Module 5. Design of Mechanical Elements 

• Master all the aspects of design in mechanical engineering
• Develop patents, utility models and industrial design
• Evaluate the different fail theories for their application in each element of the machines
• Design, analyze and evaluate the components of the machines which are using the most modern design tools
• Evaluate the different alternatives for the design of machine elements

Module 6. Design for Manufacturing 

• Identify the productive phases and stages of a project 
• Achieve a sufficient level of knowledge related to the specific techniques and objectives in the area of production
• Analyze production from a strategic perspective

Module 7. Product Design and Development 

• Establish all the actors to be taken into account in the design and development process of a new product for its correct performance in terms of quality, time, cost, resources, communications and risks  
• Carry out in-depth analysis of the phases related to the development of the manufacturing process until the moment the product is available according to the initial requirements  
• Achieve a detailed understanding of the product validation process to ensure that it meets all expected quality requirements 

Module 8. Design Materials 

• Work with the most appropriate materials in each case in the field of product design 
• Explain and describe the main families of materials, their manufacturing, types, properties, etc. 

Module 9. Industrial Production 

• Know the basic physical principles and execution of the different manufacturing processes 
• Know the most common instruments used for longitudinal measurements in mechanical manufacturing, including constructive and metrological characteristics
• Adapt to the methodology and definition of requirements according to the application for which the procedure is intended 
• Elaborate approximations of the abstract world of the project to the real world, by means of two-dimensional and virtual graphic presentation in three dimensions, using specific software 

Module 10. Ethics and Business 

• Acquire an integrated and global vision of the practice of design, understanding the social, ethical and professional responsibility of design and its role in society  
• Know and apply the terminology and methodology specific to the professional environment 

This is the opportunity you have been looking for to gain access to large industrial companies in your area"