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and organisational structures within manufacturing and supply chain environments, with the aim of strengthening system performance, agility and sustainability. TVCM focuses on the development
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studies, comprising research (80–100%) as well as teaching and administrative duties (up to 20%). This doctoral project will investigate the physical processes controlling the stability, structural
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of the gas-phase composition. The work involves the development and application of advanced experimental methods to link surface structure, gas-phase reactions, and catalytic activity under realistic reaction
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areas of chemistry such as analytical chemistry, physical chemistry, materials chemistry, inorganic and structural chemistry and organic chemistry. The research projects are many from theory to experiment
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of chemistry such as analytical chemistry, physical chemistry, materials chemistry, inorganic and structural chemistry and organic chemistry. The research projects are numerous, from theory to experiment, from
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a high level of creativity, thoroughness, and/or a structured approach to problem-solving are essential Additional qualifications Experience and courses in one or more of the following subjects
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duties (up to 20%). This doctoral project will investigate the physical processes controlling the stability, structural integrity, and mass balance of Antarctic ice shelves, aiming to improve projections
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integrated into sustainability-related governance structures, and risk management and reporting processes. At the firm level, it explores how AI adoption influences decision-making processes and outcomes by
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to manufacture novel filtration systems, using green approaches through four main missions: research, training, management and innovation. This objective will be achieved through a structured research training
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motivated and driven PhD student to join the Biophysics team within the Protein Science, Structural Biology and Biophysics department at AstraZeneca and the Applied Chemistry department at Chalmers University