Energy Efficiency in Production Engineering - Team project

Course content

Intended learning outcome:

The students...

  • explain the planning, design and development of sustainability-oriented production systems in different contexts.
  • assess different strategies (e.g. efficiency strategy) and principles (e.g. avoidance principle) of sustainable development in defined use cases on a laboratory scale.
  • evaluate existing production systems in economic, ecological and social dimensions.
  • are able to illustrate the results of various efficiency strategies to non-experts and to apply relevant assumptions, restrictions and framework conditions correctly.
  • design their own research questions within the team project, evaluate experiments and derive a presentation of the results of the research.
  • organize themselves in a team project and gain experience in relevant soft skills such as teamwork, communication and presentation skills.
  • analyze sustainability-oriented production systems within a given topic.
  • are able to select relevant fields of action and measures for sustainable production.

Module content:

  • Background and methods for the holistic planning, design and development of sustainable production systems
  • Definition of the term and origin of sustainability in production
  • Technologies and procedures for industrial data acquisition
  • Energetic evaluation of production processes on the basis of various key figures
  • Data analysis of production processes using Sankey diagrams in theory and practice
  • Analysis of production processes based on an (energy) value stream analysis
  • Analysis of the different levels of consideration of factories (production processes, technical building equipment, building envelope) and relevant material, energy and information flows
  • Guest lectures from industry on relevant topics of sustainable production systems
  • Gaining knowledge about energy flexibility in production
  • Practice-oriented application of various methods to increase energy efficiency in the IWF's learning factory

Course information

Code 2522079
Degree programme(s) Aerospace Engineering, Biochemical Engineering, Biotechnology, Mechanical Engineering, Industrial and Mechanical Engineering, Automotive Engineering, Pharmaceutical Engineering, Sustainable Energy Technology
Lecturer(s) and contact person Prof. Dr.-Ing. Christoph Herrmann
Type of course Team project
Semester Summer semester
Language of instruction English
Level of study Master
ECTS credits 1