Teaching

Modules are taught in both English and German. An important aspect is the cooperation with and integration of national and international science and industry partners from the energy- and carbon-intensive sectors in the curriculum (e.g., guest lectures, panel discussions, …).

A key objective of the teaching activities is to provide an integrated perspective of the energy- and carbon-intensive industries to increase students’ awareness of the systemic interactions in these sectors. This will strengthen their abilities to holistically evaluate problems along socio-technological-economical-ecological-political (i.e., STEEP)dimensions and to develop systemic solutions for the decarbonization and transformation of such industries.

Students will be exposed to interdisciplinary methodologies to address STEEP challenges and the use of scientifically-grounded data/information to support policy/investment decision-making. An interactive and participatory teaching approach will develop their analytic skills and competences for empirical methodologies. Besides exposure to basic theories, quantitative and qualitative assessments via lectures, tutorials and project work, case analyses of actual issues and problems faced in the energy- and carbon-intensive industries will promote their skill development for independent problem-solving and team work.

  • 13234 – Communication of Science & Technology (Offered in English every semester)

Students will learn about different techniques, tools and formats for communication of science & technology. They will develop skills to break down complex issues at the nexus of science, technology and society to communicate science/technical information in a clear, understandable and engaging way to different stakeholders.

On completion of the module, students should be able to:

  • Articulate the key issues and challenges in communicating about science & technology;
  • Understand the nature of different audiences for better stakeholder engagement;
  • Demonstrate awareness of and ability to use a variety of different techniques and media for targeted audience;
  • Improve their skills in communication of scientific/technical information in both written and oral forms;
  • work as part of a team to develop effective measures for communication of science & technology;

Provide constructive feedback to other students on their communication skills.

 

  • 13245 – Human Resource Management & Organization Behavior (offered in English in winter semester)

When they enter the job market, students will be working in organizations, in (interdisciplinary/international/virtual) teams and/or engage in management/leadership activities. This module will provide them with theoretical and practical knowledge about key issues of organizational behavior (OB) and Human Resource Management (HRM) to support them in increasing their awareness and skills in these areas to prepare them for their future careers.  

On completion of the module, students should be able to:

  • Acquire in-depth knowledge of the central topics in the fields of OB and HRM;
  • Apply insights and learnings from the areas of OB and HRM to concrete practical situations;
  • Able to work on concrete OB and HRM problems individually and in teams;
  • Provide constructive feedback to other students on their skills (e.g., interview, assessment center);
  • Have the ability to think in larger contexts to support their entry and development in their future careers.

     
  • 14132 – Multidimensional Approaches for Technology Assessment (Offered in English every summer semester)

Students will learn about a range of technology assessment approaches, methodologies and tools to facilitate the evaluation of decarbonization & sustainability transformation options along socio-technological-economical-ecological-political (STEEP) dimensions.

On completion of the module, students should be able to:

  • Demonstrate a deep understanding of the multidimensional aspects and systemic interactions in the transformation of energy- and carbon-intensive industries;
  • Gain familiarity with a range of qualitative and quantitative methodologies in conducting technology assessment; 
  • Design and conduct studies to analyze the opportunities and challenges which will be associated with the transformation of energy- and carbon-intensive industries along multiple dimensions;

Identify, assess and evaluate appropriate sources of information and critically reflect on the methodologies commonly implemented for technology assessment and their usefulness/weaknesses.

 

Orientation for scope and formatting of Bachelor and Master Theses at the Chair of Decarbonization & Transformation of Industry (DTI):

1. Scope (excluding content page, tables, figures, references and appendixes)

  • Bachelor Thesis: minimum 9,000 words – maximum 10,000 words
  • Master Thesis: minimum 12,000 words – maximum 14,000 words

Note: Please include a content page and a short abstract of maximum 250 words.

2. Language (American English)

3. Formatting

  • Text (Calibri 11 pt)
  • Margins: 2.5cm margins (all around)
  • Line Spacing: 1.5
  • Start the first line of each new paragraph with a special indentation at 1.25 cm.
  • Header (1.25cm from top): Title of Thesis / Name
  • Footer (1.25cm from bottom): Page number (centered)
  • Text: Justified
  • Headings & Subheadings: 
    • Level 1 headings: 1., 2., 3., …
    • Level 2 headings: 1.1., 1.2, 1.3., …
    • Level 3 headings: 1.1.1., 1.1.2., 1.1.3., ….
  • Figures & Tables:
    • Default format from MS WORD
    • All figures and tables are referred to/introduced in the text and numbered consecutively

4. References:

  • Reference Management System: Zotero
  • Bachelor Thesis: At least 20 scientific sources as references
  • Master Thesis: At least 30 scientific sources as references

5. Citation style: APA  

6. Declaration:

  • Author has written the thesis independently without external support (AI or otherwise) and without using any aids/tools other than those indicated.
  • Any thoughts/ideas/input taken directly/indirectly from external sources are identified as such.
  • Language tools and/or software for proofreading and/or checking grammar and languages are indicated accordingly.

7. Acknowledgement:

    • Of any funding received
    • Of any third-party support in preparing/improving the thesis