Become an engineer specialized in digital transformation and apply your new knowledge in Blockchain, big data and artificial intelligence to your work" 

For years now, the digital sphere has begun to occupy all kinds of spaces that were previously reserved for analog activities. Digitalization has radically transformed many tasks. Engineering and industry have not been exempt from this revolution, and digitalization has also made a strong entry into these disciplines. 

Thus, concepts have become popular that will gradually gain more and more strength in today's society. Expressions such as blockchain, big data, artificial intelligence, augmented reality or the internet of things (IoT) are no longer as strange as they were a decade ago. These elements are here to stay and have already completely changed numerous professional fields. In the industrial field, these elements have brought about such a revolution that this area has already begun to be referred to as Industry 4.0. 

Industry 4.0 integrates traditional engineering knowledge with these new concepts. Thus, industrial management has had to adapt to the new reality, incorporating more current notions to an area of study that until now had been very solid. 

However, in order to become a true specialist in the field, an adequate learning process must be carried out to introduce these changes in the traditional industrial environment. For that reason, this Advanced Master’s Degree in Industrial Management and Digital Transformation is the degree that any engineer looking to boost his or her career should take. Its contents are focused on professional practice and have been drawn from the experience of great specialists who have been innovating in these areas for years, making this program the best educational degree that an ambitious engineer eager for new knowledge could achieve. 

Digital transformation is influencing all industrial processes today: specialize and become the most in-demand engineer in the profession" 

This advanced master’s degree in Industrial Management and Digital Transformation contains the most complete and up-to-date scientific program on the market. The most important features include:  

• Practical cases presented by experts in industrial Engineering and Digital Transformation 
• 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 the self-assessment process can be carried out to improve learning 
• Its special focus on innovative methodologies in digital transformation applied to industrial management
• Theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection work
• Content that is accessible from any fixed or portable device with an Internet connection

Digital transformation is the present and the future: specialize and start applying this knowledge to your work" 

Its teaching staff includes professionals belonging to the field of industrial engineering and digital transformation, who bring their work experience to this program, as well as renowned specialists from leading companies 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 an immersive training experience designed to train for real-life situations. 

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

Industrial management has undergone a revolution. If you want to learn how to adapt to this change, enroll in this advanced master’s degree"

Become an expert in Industrial Management and Digital Transformation and watch how quickly you achieve all your professional goals"

The main objective of this advanced master’s degree in Industrial Management and Digital Transformation is to offer its students the best knowledge in the field, so that they can adapt to the current reality of their profession. Thanks to the tools that this degree will give them, students will be able to apply all the digital transformation skills they will have acquired to their work, so that their professional life in the industrial field will benefit and they will thus be able to progress dramatically.  

If you want to turn your career around and become the most valuable member of your company, this advanced master’s degree is what you are looking for" 

General objectives   

• Apply the main strategic keys to better compete in current and future times
• Manage projects presented with both conventional and agile methodologies 
• Adequately manage human resources so that they can offer the company all the potential required of them and contribute the maximum possible value
• Interpret the economic and financial data of the company, while being able to use and develop the necessary tools for a better management of all aspects related to business finances 
• Better manage all the necessary steps and phases in the design and development of new products 
• Plan and control production in order to optimize resources and adapt as best as possible to demand 
• Manage quality throughout the organization and apply the most important tools for continuous improvement of products and processes 
• Apply the Lean Manufacturing work philosophy, with the objective of reducing waste to optimize resources and give the company the necessary flexibility and response to market demands
• Develop better management of the entire supply chain and improve the flow of materials from suppliers to shipment of products to the customer 
• Utilize and develop the latest trends in digitization and Industry 4.0 in order to be better prepared to compete in the rapidly changing new markets 
• Conduct a comprehensive analysis of the profound transformation and radical paradigm shift being experienced in the current global digitalization process 
• Provide in-depth knowledge and the necessary technological tools to face and lead the technological leap and the challenges currently present in companies 
• Mastering the digitalization procedures of companies and the automation of their processes to create new fields of wealth in areas such as creativity, innovation and technological efficiency
• Leading digital change in industrial companies 

Specific objectives   

• Know in detail the importance of excellence and how to measure it 
• Define the digital transformation strategy to be able to compete in the market 
• Implement and deploy the strategy throughout the organization using the balanced scorecard
• Discover, define and manage the fundamental processes of value generation in the company
• Analyze the different structural typologies that exist and the new trend of the need to develop agile organizations with a rapid response to the turbulent environment
• Properly manage the relationship with customers 
• Deepen the internationalization aspect of the company's operations 
• Manage change in a more appropriate way and integrate it as a necessity for the company to advance and progress in a highly competitive environment 
• Establish project objectives and identify the value of the business 
• Acquire the skills of a project manager 
• Analyze the main indicators of people management and how to use the information they report 
• Detect possible risk situations in people management before they have a negative impact on the organization, triggering the implementation of preventive actions 
• Conduct a comprehensive analysis of the current business environment 
• Interpreting a balance sheet to avoid future risks 
• Prepare, analyze and report the income statement to the management team to facilitate decision-making 
• Reliable forecasting, management and monitoring of business cash flows 
• Knowledge of S/T and L/T financing instruments 
• Effectively managing our relationships with the banking sector 
• Manage and optimize organizational costs 
• Analyze, evaluate and choose the best investment options for the business 
• Master the accounting perspective of corporate transactions between companies 
• Deepen our focus on foreign markets to diversify our business geographically 
• Deepen in the techniques, their phases and the tools related to the conceptual design that precedes the final design of the product, as well as the translation of the final customer's requirements into technical specifications that the product will have to comply with
• In-depth breakdown of the design process of a new product from CAD design through failure analysis and drawing through to agreement that the design will meet requirements 
• Analyze available prototyping options for proper evaluation of the initial design 
• Analyze in detail the phases related to the development of the manufacturing process until the product is available according to the initial requirements 
• Deepen the innovation and technology transfer processes for the development of novel products and processes and the establishment of a new state of the art 
• Understand the role of advanced planning and the production plan in reducing incidents and problems in the development of production activities 
• Address the importance of production planning as a key tool for company profitability 
• Acquire all the knowledge to lead the continuous transformations required in production plants 
• Develop all the necessary skills to understand the application of the most proven production planning and control methodologies such as Just-in-time  or the theory of constraints 
• Reflect on the importance of implementing organizational systems aimed at improving delivery times and immediate response to market requirements 
• Delve into the fundamentals of Lean Thinking  and their main differences compared to traditional manufacturing processes 
• Analyze waste in the company, distinguishing the value of each process and the types of waste that can be found 
• Establish the 5S principles and how they can help improve productivity, as well as deepen its implementation in the company 
• Make a comprehensive analysis of operational Lean tools such as SMED, JIDOKA, POKAYOKE, batch reduction and POUS 
• Delve into the importance of Lean production monitoring, planning and control tools such as visual management, standardization, production leveling and cellular manufacturing 
• Delve into the principles of the Kaizen  method for continuous improvement and the different methodologies, as well as the main obstacles that can be encountered for the implementation of Kaizen  in the company 
• Identify KPIs that can help measure the results of Lean implementation 
• Establish the importance of quality management throughout all areas of the company 
• Identify the quality costs associated with quality management and implement a system to monitor and improve them
• Know in detail the ISO 9001 quality management standard and how to implement it in the company 
• Analyze the ISO 14000 environmental and ISO 450001 occupational health and safety standards and their integration with the quality system to avoid duplication of documentation
• Deepen in the EFQM model, in its new edition, in order to be able to develop it in the company if we want to take a step further towards excellence 
• Apply the main quality tools that can be used in the management and improvement of product and process quality 
• Establish the importance of continuous improvement and the use of the two main methodologies: the PDCA cycle with the application to the implementation of Lean Manufacturing and Six-Sigma 
• In-depth knowledge of supplier quality and how to manage it, the different types of audits and how to carry them out, aspects of testing and the laboratory
• In-depth breakdown of the challenges of the logistics function, its key activities and the associated costs and value realization of the logistics function and deep dive into the different types of supply chains 
• Apply the principles of  Lean philosophy to supply chain management and the application of a Lean system to the logistics function 
• Mastering warehouse management and its automation 
• Manage procurement and supplier relationship management and the development of effective procurement management 
• Apply new tools and information systems to logistics control 
• Know in detail the importance of managing reverse logistics, as well as the operations and costs associated with it 
• Research about new trends and strategies in the logistics function and their implementation in the company 
• Analyze the differentiating factors of successful supply chains and the differentiating elements of the value chain 
• Delve into pandemic logistics, the different scenarios and analyze the critical points of the supply chain in the current scenario, as well as the types of supply chains for the distribution of key elements such as vaccines 
• Lead and face the new business models and challenges associated with the development and implementation of Industry 4.0 
• Deepen the need for digital transformation suggested by the new business challenges in order to successfully face the near future
• In-depth knowledge and auditing of industrial automation projects as a fundamental part of today's production and management processes 
• Identify and interpret the management software of the different departments of a current company 
• Identify the software that allows to obtain a global and transversal vision of a company or business 
• Discover the importance of data in the control, monitoring, management and improvement of the company 
• Establish how machine learning and artificial intelligence techniques can contribute to solve the company's current problems and define and project its future
• Know in detail the functioning of IoT and Industry 4.0 and its combinations with other technologies, its current situation, its main devices and uses and how hyperconnectivity gives rise to new business models where all products and systems are connected and in permanent communication 
• Deepen the knowledge of an IoT platform and the elements that compose it, the challenges and opportunities to implement IoT platforms in factories and companies, the main business areas related to IoT platforms and the relationship between IoT platforms, robotics and other emerging technologies
• Know the main existing wearable devices, their usefulness, the security systems to be applied in any IoT model and its variant in the industrial world, called IIoT 
• Develop, from all available data, the Digital Twin of the facilities/systems/assets integrated in an IoT network
• Better understanding of the main automation and control systems, their connectivity, the types of industrial communications and the type of data they exchange  
• Convert the production process facilities into a true Smart factory 
• Be able to deal with large amounts of data, define their analysis and derive value from them 
• Define continuous monitoring, predictive and prescriptive maintenance models 
• Acquire in-depth knowledge of the fundamentals of blockchain technology and its value propositions 
• Lead the creation of blockchain-based projects and apply this technology to different business models and the use of tools such as Smart Contracts 
• Acquire important knowledge about one of the technologies that will revolutionize our future, such as quantum computing 
• Deepen the knowledge of the fundamental principles of artificial intelligence  
• Obtain a practical knowledge of one of the most widespread applications such as Chatbots and virtual assistants 
• Acquire expert knowledge on the characteristics and fundamentals of virtual reality, augmented reality and mixed reality, as well as their differences 
• Use applications of each of these technologies and develop solutions with each of them individually and in an integrated manner, combining them to define immersive experiences 
• Analyze the origins of the so-called Fourth Industrial Revolution and the Industry 4.0 concept 
• In-depth study of the key principles of Industry 4.0, the technologies on which they are based and the potential of all of them in their application to the different productive sectors 
• Convert any manufacturing facility into a Smart Factory and be prepared for the challenges and challenges that come with it 
• Understand the current virtual era we live in and its leadership capacity, on which will depend the success and survival of Digital transformation processes in which any type of industry is involved 
• Entering the world of robotics and automation  
• Choose a robotic platform, prototype and know in detail simulators and robot operating system (ROS) 
• Deepen your understanding of the applications of artificial intelligence to robotics oriented to predict behaviors and optimize processes 
• Study robotics concepts and tools, as well as use cases, real examples and integration with other systems and demonstration 
• Analyze the most intelligent robots that will there in the coming years and how humanoid machines will be trained to perform in complex and challenging environments 
• Conduct an exhaustive analysis of the practical application that emerging technologies are having in the different economic sectors and in the value chain of their main industries  
• In-depth knowledge of the primary and secondary economic sectors, as well as the technological impact they are experiencing  
• Find out how technologies are revolutionizing the agricultural, livestock, industrial, energy and construction sectors 
• Possess a thorough understanding of the technological impact and how technologies are revolutionizing the tertiary economic sector in the fields of transportation and logistics, health and healthcare (e-Health and Smart Hospitals), smart cities, the financial sector (Fintech) and mobility solutions 
• Knowing the technological trends of the future 

The digital transformation has brought about irreversible changes in the industrial management of companies: adapt and progress in your career"