This project will highlight exemplary systems thinking-oriented teaching and learning approaches (e.g. in-class exercises, laboratory experiments, realworld industry engagement) that demonstrate ways to develop the systems thinking capacities of students, which are integral to addressing sustainable development challenges in society.
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IUPAC serves the international scientific endeavor in the dual function of a fundamental science and mission-oriented Union. The Union is in a unique position to contribute to the central interdisciplinary chemical sciences.
Ionic polymerizations play a key role for many industrially prepared materials, such as thermoplastic elastomers and surfactants as well as pharmaceutical polymers (e.g., polyethylene glycol). Current developments in academia include […]
The main aim of this conference for nearly 30 years has been to bring together both academia and industry at all levels; this includes researchers involved in experiments, theory, computer […]
The aim of this conference is to convene chemists, physicists, biologists, material scientists, and engineers from both academic and industrial institutes to share new developments and techniques in the domain […]