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 many more sustainable monomers and solvents as a new trend that will also be discussed at the conference. The 16th International Symposium on Ionic Polymerization […]
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 simulations, and artificial intelligent to achieve a systemic understanding of the connections between the structures, properties, and applications of all types of polymers. Based on […]
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 of bio-inspired, bio-based, and bio-sourced chemistry and materials development. The conference will highlight recent advances in engineering and materials science that employ bio-inspired techniques and […]