The graduate has acquired:
- development-based knowledge of environmental aspects and sustainability in relation to the company's business and production.
- an understanding of practice, discipline-specific methods and theories of development and
planning applied in the design and construction of industrial products as well as optimisation, operation and integration of production systems, and an ability to reflect on practice and the application of theories and methods.

The graduate is able to
- apply methods and tools for the design and construction of industrial products and
optimisation and operation of production systems and master the further development and
adaptation of solutions.
- assess practice-oriented and theoretical issues as well as justify and select relevant solutions
to ensure sustainability in the choice of technology and materials.
- communicate practice-oriented and professional issues and solutions to partners and users.

The graduate is able to
- handle innovative, complex and development-oriented design solutions and apply
technological solutions in an industrial context.
- independently engage in academic and interdisciplinary collaboration with other professional groups on the design of industrial products and optimisation and operation of production systems to be integrated in interdisciplinary projects and assume responsibility within the framework of a code of professional ethics.
- identify their own learning requirements and develop their own knowledge, skills and competencies - academically, methodically and across disciplines - in the areas of design and construction of industrial products and optimisation and operation of production systems in relation to the development of interdisciplinary technical solutions.