The ID4A Master educational aim is to train professionals skilful at developing high quality projects in the field that ranges over the architectural layout and the efficiency of the building components.
The Master has also the objective of completing the training of designers, extending their expertise and problem solving skills with the culture and tools typical of Industrial Design. This aim is sought through an educational course that integrates theoretical knowledge with design studios, vocational activities such as visits to companies and practices and meeting with professionals, and the mandatory internship in architecture and design practices or companies of the building sector.
The Master course aims at answering to the ever-changing job market, that demands professionals able to work within contexts where multidisciplinary skills are useful and appreciated. The Master ID4A trains designers able to operate on different canvas and to tackle the challenges of the integrated design into diverse national and international realities of the building sector.
The program includes three formative areas dealing with different aspects of Industrial Design:
• Design Culture: history and evolution of design, with special reference to aesthetic developments and to the ever closer relationship that has been developing over the years between product and build up space.
• Design Technology: study of the different technology, materials and tools needed in conceiving and realizing products that combine in a built up environment.
• Design Strategy: study of new construction processes, design innovation management and the introduction of design in the corporate strategies of companies in the sector.
A fourth area will be added to these: Design Studio, which will include practical work in design on various design themes such as:
• designing finished built-in products, in other words as integratable building components;
• designing electronic consumer products and space saving products that are highly intergratable with building manufacturing;
• designing serial construction products, e.g. for temporary structures and modular building solutions;
Such tasks may be individual or in teams and may envisage the participation of a leading companies in the sector of reference. The assessment achieved will constitute the basis for final marking.
Lessons will be held in English.
For more information: http://www.polidesign.net/id4a
Nowadays, the term Healthcare indicates a process that requires to create a new complex and multifactorial system in which technological factors, organizational, and human dimensions must find a balanced mix to provide safe and high quality care for patients. This also requires clinically effective and well-designed medical devices, as well as effective and reliable healthcare services based upon innovative technologies and systems, and the related organizational models to be implemented.
In the last 20 years the technological development of biomedical devices has reached an enormous progress, in terms of high performance and reliability, and also for safety and quality. Today medicine involves the use of many equipment and devices for the diagnosis, therapy and rehabilitation and to support the correct clinical decision or the best treatment. Healthcare industry is requiring this multidisciplinary approach and know-how.
The Specializing Master Product Service System Design for Healthcare aims at providing the students with the fundamentals for designing biomedical devices, starting from the basics of methodologies and technologies for the measurement of physiological signals in clinical and home care applications.
Thanks to the proposed educational activity in the areas of:
the main career opportunities with a strong orientation to the USER Centred Design and product innovation, process and service with leading-edge technologies, are expected in the following areas:
The Specializing Master grants 62 CFU, equivalent to 62 ECTS. Upon completion, students earn a Politecnico di Milano first-level Specializing Master diploma.
The training modules are designed to meet the need for an international panorama of growing competitiveness in which the designer should be able to increase the product value by generating innovations thanks to the technology available.
The mostly used devices will be analyzed and presented during the course. Standards, norms and reference services are another fundamental part of the Specializing Master providing the reference framework for how to develop devices and products for healthcare. Design Methods and Ergonomics will be also presented as reference methodologies in designing innovative product-service systems in healthcare, as well as to support methodologically and with reference data the design of new systems. For a better understanding and participation, visits to medical facilities (hospitals and laboratories) will be proposed.
A final workshop to develop innovative systems will conclude the Specializing Master as practical demonstration of the achieved goals. A stage in selected companies/institutions will make the students to experience the acquired knowledge.
Attendance to the activity is mandatory for at least 75% of the course.
The modules will cover the following teaching areas:
Internship of 325 hours.
For more info, please visit http://polidesign.net/en/healthcare