This course provides an in-depth understanding of the role of
sustainability for the competitiveness of maritime companies.
Sustainability, and in particular environmental sustainability, has
grown in importance for all shipping sectors in the last decade.
Shipping companies are facing increasing business complexity due to
the climate crisis, stricter environmental and social regulations,
increasing public scrutiny and greater ecological awareness and
value orientation.
While shipping has traditionally been characterised by low
levels of social responsibility, lax environmental regulation, and
enforcement, and generally a short-term profit orientation, more
and more companies have embraced sustainability, either as an
integral part of their business strategy or in response to pressure
from regulators, customers or other stakeholders. Whether in
relation to the introduction of new technologies, decarbonisation,
or the impact of Covid-19 on seafarers' welfare, the importance
of developing a sustainable strategy in every aspect of the
shipping business cannot be overlooked. In particular,
environmental regulations and decarbonisation are likely to trigger
structural changes in the shipping industry and require managers to
face an increasingly complex business environment. In this changing
context, shipping companies need to be able to assess and implement
new strategies and innovate to ensure compliance and sustainable
growth.
The course provides advanced shipping business knowledge placed
in the context of a rapidly changing regulatory and economic
context. It aids students in reflecting on some of the biggest
challenges to business and identify how the shipping sector needs
to transform to better respond to the needs of its customers and
stakeholders. The course highlights the tension between short-term
profitability, that is often driving shipping companies, and
longer-term societal goals that should be rooted on sustainable
development principles. During the course, students learn to make
complex business decisions under uncertainty, evaluate innovative
approaches to address sustainability issues in the shipping
industry, communicate the need for change and drive change in their
future organisations.
The curriculum is structured in two modules covering (1) the
role of sustainability considerations in shaping a shipping firm’s
strategy, including innovation, corporate social responsibility and
long-term environmental commitments; (2) how sustainability issues
are affecting operations, through regulatory compliance, uptake of
new technologies and responding to customer demands. Module 1 looks
at how sustainability is an integral part of corporate strategy in
shipping and how shipping companies can use sustainability to
increase their competitiveness. The role of innovation is
particularly important in this context. Module 1 discusses how
companies can take advantage of changes in the external environment
and internal resources and how sustainability affects the strategic
positioning of the company. In Module 2, students learn how
sustainability affects shipping operations, with a focus on
decarbonisation and environmental compliance. Both modules address
sustainability in shipping, building on different disciplines. This
ensures that students are able to gain management insights when
considering technological, operational, regulatory, and
geopolitical developments.
Each session combines theoretical readings with case study
discussions on existing sustainability challenges for shipping
companies and encourages students to understand and apply abstract
frameworks but also discuss their limitations. The students will
learn how to integrate ideas and concepts to solve complex
realistic problems. They will also learn how to select and acquire
relevant knowledge for solving sustainability challenges related to
shipping. Through the analysis of how sustainability issues have
been dealt with, students explore how executives were able to
recognize opportunities for innovations and translate them into
strategy or adapt their operations to account for the changed
environment.
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