71 Industrial Engineering Master's Degree Programs

It is an area of engineering that combines an understanding of technological processes with a thorough knowledge of management methods. Professionals in this field are dedicated to optimizing processes in organizations developing and improving the quality and productivity of systems.

Become a ‘designeer’ and enrich people’s lives with new and/or better products while continuously improving the development processes involved. In your daily life, without realising, you are continuously surrounded by products. But who designed these products? Why are they shaped the way they are? What user demands do they meet, what processes lie behind the development and what technologies are involved in that process?

This official Master is aimed at training students interested in working in companies that are accomplishing the transition to CI4.0 in a multidisciplinary way. This transition requires the combination of industrial engineering (automation, robotics, mechanics) and telecommunications engineering (5G, industrial protocols, cybersecurity) with other disciplines such as industrial organization and Big Data analysis, including the system integration part.

The Master's in Industrial Design Engineering allows students to deepen the training received in the Degrees of Engineering in Industrial Design and Product Development, Mechanical Engineering and Engineering in Industrial Technologies and the Degree in Architecture, with a scientific-technical focus and aimed at the professional practice of Product Engineering. One of the objectives of this Master's is to train specialists with capacities, skills and abilities in research, development and innovation in product design and development as an essential element to ensure the competitiveness of the company, and to be able to understand industrial products as elements of indisputable economic and social value.

With increasingly complex business processes in manufacturing and service operations, a modern organization needs professionals with sound engineering and management skills. An engineering management degree is designed to bridge the gap between engineering and management and to enable a student to collaborate with people to get things done. The degree combines an industrial engineering education (Technical) with key elements of management education (Managerial).

Advanced technical positions related to industrial engineering require specialized coursework beyond what is taught at the undergraduate level. This includes exposure to research methods and procedures so that new information can be quickly and effectively implemented in industry. Our Industrial Engineering MS degree is intended to provide students with exposure to advanced industrial engineering topics as well as provide them with and introduction to laboratory and field-based research. Students can choose to specialize and pursue research in the areas of operations research, manufacturing and production, or ergonomics and safety. Students with specific interest in engineering management or who desire an on-line curriculum should consider the MS Engineering Management degree.

To give for students engineering and management perception for successful innovation creations and implementation, fulfilment of subsequent scientific research which results can be adapted in the industrial enterprises activity. To apply scientific methods, to organize research processes and team work, to use modern software, hardware and information technologies.

Master’s Degree Programme in Materials Engineering: Modern Industrial Materials trains professionals in materials engineering with a special focus in selecting and characterising materials for the needs of advanced industrial applications.

What is remarkable of the Spanish Industrial Engineering is its long tradition of more than 150 years. The subject covers several academic disciplines such as mechanics, electronics, automation, electricity, chemistry, energy, material science, management, manufacturing, environmental engineering, among others. The multidisciplinary scientific-technological learning of engineering students allows them to face both technological and management issues in different industrial scenarios. The most specific professional activities are the analysis and design of products, processes, facilities, or plants and management, planning and supervision. The scientific-technological level achieved by Master students also allows them to access research activities to develop innovative products and processes such as medical devices, collaborative robots, or autonomous vehicles.

The aim of the consecutive Master’s Degree course Industrial Engineering is to train university-educated professionals to become familiar with quality management and metrology and be able to deal with specific issues in production on-site and apply their quality management skills to various industrial segments.

TheMaster in Industrial Design Engineeringcomplements the knowledge acquired in any area of engineering with the aim of delving into the field of emerging technologies, scientific research and innovation.

The work of industrial engineers is of great importance to a variety of fields. Industrial engineers find answers to different problems in the manufacture and distribution of goods and services, are looking for engineering solutions in the health care, utilities, transport, entertainment industry, considering the environment.

The Master's Degree in Industrial Design Engineering has a professional orientation, its main objective being to train design professionals oriented towards innovation throughout the entire product life cycle, meeting the objectives of sustainable development.

The master's study programme Innovation and Industrial Engineering is a young and modern study field reflecting the needs of manufacturing companies. Students will gain theoretical knowledge and practical skills in the innovation of a product and the design and optimization of the manufacturing process of a product.

Modern industrial plants, or those undergoing modernisation, require competences in the development of machines and industrial systems with ever increasing automation. This includes, for example, sophisticated systems for the perception and interpretation of sensorial information, as well as manipulation processes and systems. Prior to this proximity to the production line, it is necessary to interact with the machines and interconnect them in communications networks, in an environment of industrial informatics. Building advanced machines is, therefore, an objective that requires solid knowledge and competences in Mechanical and Electrotechnical Engineering, among others.

This major offers a unique opportunity to delve into industrial systems design and analytics while addressing the data challenges of today's business world. Throughout the studies, you will explore a wide range of topics, including data science and analytics, quality engineering, systems engineering, Six Sigma, decision support, and project management.

The aim of the study program Quality Management and Control of Industrial Systems is to educate middle and top managers of manufacturing companies, design, research, development and other specialized institutions, especially for the industrial sphere of metallurgy and mechanical engineering, about the automotive industry.

In this accredited and prestigious programme, you will gain skills and know-how in the latest and developing technologies in instrumentation, process control, and industrial automation.