Organizing Sustainable Innovation - Period 2 Computer Science Program Fall 2020 Semester - Amsterdam

This course concerns the development and commercialization of sustainable innovations. Organizing for sustainable innovation implies a shift away from a reactive approach (i.e. organizations responding to economic, societal and regulatory pressure) to a pro-active system oriented approach: by relying on creativity and a systematic (re)design of their business processes and interaction with stakeholders, organizations are now developing innovative products, services and business models that have sustainability at their core. Organizing for sustainable innovation involves many of the general processes and methods for the development of new products and services, yet also offers particular challenges and approaches, which this course addresses by building upon the stakeholder perspective developed in the earlier courses.

The following topics will be covered:
Innovation management for sustainability, including innovation in an ecosystem of stakeholders; types of innovation (incremental/radical; product, service, process and business model innovation); innovation processes; The business case for sustainability, including why sustainability can be framed as an opportunity (as opposed to a threat or disruption to current business), potential pitfalls and how these can be surmounted Templates and principles for sustainable innovation, including key approaches (e.g. circular business model, product servitization, base of the pyramid) and how they can be facilitated by digital technologies and innovative financing developing ideas for sustainable innovation, including creativity and opportunity identification, and specific sustainability oriented approaches such as frugal innovation and reverse innovation The development of ideas into products, including co-creation with users and other stakeholders, design for sustainability, impact assessment, and the role of digitalization and dematerialization. Embedding sustainable innovations in value networks, including the important role that various stakeholders (e.g. suppliers, competitors, regulators, consumers) play in stimulating or inhibiting the adoption of sustainable innovations such as renewable energy.

Vrije Universiteit Amsterdam (VU Amsterdam) awards credits based on the ECTS system. Contact hours listed under a course description may vary due to the combination of lecture-based and independent work required for each course therefore, CEA's recommended credits are based on the ECTS credits assigned by VU Amsterdam. 1 ECTS equals 28 contact hours assigned by VU Amsterdam.