HE1 - Students will acquire the ability to work in multidisciplinary teams and in multilingual environments.
HE2 - Students will acquire the ability to communicate and convey knowledge, skills and competences at a level appropriate to professional requirements.
HE3 - The student will acquire the ability to solve problems through initiative, decision-making, creativity and critical thinking in the field of Industrial Organisation Engineering.
HT1 - The student will acquire the ability to use specialised tools to carry out financial forecasts and recommend appropriate actions and instruments for the company in each case.
HT10 - The student will acquire the ability to apply specialised tools and techniques that facilitate the formation of proactive and committed teams that promote high economic and social performance.
HT11 - The student will acquire the ability to analyse data and develop interactive dashboards to extract business intelligence and support strategic decision-making.
HT12 - Students will acquire the ability to apply Lean principles and tools to identify and propose improvements to organisational processes.
HT13 - Students will acquire the ability to design, write and present research projects in the field of industrial organisation engineering.
HT2 - The student will acquire the ability to formulate R&D projects based on criteria of effectiveness and efficiency.
HT3 - Students will acquire the ability to design and implement advanced innovation and technology management systems in innovative organisations.
HT4 - Students will acquire the ability to understand and apply specialised tools to improve the design and management of production and logistics systems.
HT5 - Students will acquire the ability to analyse multiple variables simultaneously using advanced techniques that simplify complex problems with minimal loss of information.
HT6 - Students will acquire the ability to use statistical analysis software at an advanced level.
HT7 - The student will acquire the ability to manage stock efficiently in relation to inventory models.
HT8 - The student will acquire the ability to implement strategies within an organisation.
HT9 - The student will acquire the ability to model and apply advanced techniques for problem-solving in the business environment.
RC1 - The student will be able to understand knowledge that provides a foundation or an opportunity for originality in the development and/or application of ideas, often within a research context.
RC2 - The student will be able to apply the knowledge acquired and their problem-solving skills in new or unfamiliar settings within broader (or multidisciplinary) contexts related to their field of study.
RC3 - The student will be able to integrate knowledge and deal with the complexity of making judgements based on information that, whilst incomplete or limited, includes reflections on the social and ethical responsibilities associated with the application of their knowledge and judgements.
RC4 - The student will be able to communicate their conclusions and the underlying knowledge and reasoning to specialist and non-specialist audiences in a clear and unambiguous manner.
RC5 - The student will be able to possess the learning skills that enable them to continue studying in a manner that will be, to a large extent, self-directed or autonomous.
RC6 - The student will be able to understand and apply the main conceptual frameworks for the development of an industrial organisation`s strategy.
RC7 - The student will be able to analyse problems arising in organisations and synthesise solutions to address them.
RC8 - The student will be able to propose and evaluate solutions within a research environment linked to innovation, entrepreneurship and management systems in the field of Industrial Organisation Engineering.
RC9 - The student will be able to independently manage and structure continuous learning for their professional development in the field of Industrial Organisation Engineering.
RCO1 - Students will learn about the prevailing trends in the current landscape of various functional policies (marketing, production, logistics, finance, quality, entrepreneurship).
RCO10 - The student will be familiar with advanced tools for strategic project management.
RCO11 - Students will learn about tools for the efficient management of multidisciplinary or high-performance teams.
RCO12 - Students will learn about the fundamentals and tools of business intelligence for data-driven analysis and strategic decision-making.
RCO13 - Students will learn about the fundamental principles and tools of Lean Management for continuous process improvement.
RCO14 - Students will learn about the main methodological approaches to research in the field of industrial organisation engineering.
RCO2 - The student will be familiar with the concepts and advanced methodologies for organisational management in the fields of innovation, technology, knowledge and strategic management.
RCO3 - The student will be familiar with the use of information and communication technologies in organisational information management.
RCO4 - Students will learn how to prepare, present and interpret a company`s annual reports and financial statements.
RCO5 - Students will learn about advanced management and organisational tools in the fields of technology, innovation and knowledge.
RCO6 - Students will learn about innovation as a business strategy, the innovation process, and innovation in products, services and processes.
RCO7 - The student will understand the advanced tools for identifying problems and devising solutions in production systems according to their type.
RCO8 - The student will understand, with scientific rigour, the phenomenon of the adoption of management systems and models in business organisations.
RCO9 - The student will understand the quantitative methods of industrial organisation engineering.
