The healthcare sector today faces many challenges.
Well-designed products and services are the perfect facilitators for sustainable change. The healthcare sector is one of the fastest growing and changing industries across the world. It is heavily affected by societal challenges like ageing and global developments, such as patient empowerment and heavy use of technology.
The Medisign MSc specialisation educates dedicated and skilled design engineers in topics, such as user experience in healthcare, integrated care, basic surgical skills and biomechanics. A basic educational principle of the specialisation is that students apply their knowledge and skills in direct contact with stakeholders: healthcare professionals, patients and informal caregivers. Application areas range from design for the operating room to mental health to elderly care. The topics of care, cure and prevention are addressed in both research and education.
How to Qualify for Medisign Specialization
To specialise in Medisign you are required to complete at least one master specific project worth 9 EC and a thesis project focusing on Medisign. Additionally, you need to follow 3 electives (in total 9 EC) with a healthcare focus 2 from the Medisign electives list. Other projects and modules with a healthcare focus are optional and projects more than 3 EC will be count as one elective. During the classes and the graduation project, the emphasis is on human-centre design and communication with the interested. In addition, it is necessary to contact Armagan Albayrak (A.Albayrak (@) tudelft.nl) and notify your intention to specialize in Medisign.”
Get to know the Labs!
CardioLab is a collaboration between Philips Design and the TU Delft. Collaboratively they explore how smart technologies can reduce the burden of cardiovascular diseases. Designers in the lab will develop product-service systems that generate data, to be used for early detection of cardiac diseases and more effective treatments, aiming to provide cardiac patients with longer and healthier life. At the same time, CardioLab is interested in how designers create these smart product-service systems. Reflections on their approaches will lead to new design methodologies for (industrial) designers.
The Critical Alarms Lab (CAL) aims to shape the future of alarms and soundscapes in socio-technological environments. With a current focus on sound issues in healthcare, CAL unites students, researchers, academic hospitals, industry, and regulatory agencies to tackle critical alarm systems. Our international team believes design thinking can help us to find the alarm’s right point of intervention.
The Design for End Of Life Lab explores how design can contribute to the quality of life in its last stage. The lab’s research and design focus not only on the person facing the end of life but will take into account the social context such as friends, family, formal and informal care-givers. Design for End of life is about design for palliative care, with the credo “it is not about adding days to your life but about adding life to your days”.
eHealth, the use of ICT in healthcare, is increasingly becoming a societal and research-driven topic. eHealth projects typically have a multistakeholder consortium involving at least patients, care providers, medical specialists, ICT developers and industrial design researchers.
Industrial Design research contributes knowledge and creative skills on human-centred design to ehealth. We aim to understand and design how eHealth can be made useful and relevant to all stakeholders. To reach this aim we conduct research on human-centred design, interaction design, product service design, shared decision making, patient profiling, persuasive game design and robotics.