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into value-added products Design, build, and optimize plasma reactors and related experimental systems. Conduct thermodynamic and kinetic analyses of plasma-driven chemical processes. Perform chemical and
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specialists in organic and inorganic synthesis, coordination chemistry, thermodynamics, laser spectroscopy, materials characterization, chemical separations, computational chemistry, and nuclear chemistry. Our
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respectful workplace – in how we treat one another, work together, and measure success. Basic Qualifications: A PhD degree in material science, chemical engineering, mechanical engineering, polymer chemistry
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: Design and execution of laboratory and pilot-scale experiments for chemical processes Development of phenomenological, thermodynamic, and kinetic models for complex reactive systems Integration
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processes Development of phenomenological, thermodynamic, and kinetic models for complex reactive systems Integration of experimental datasets with modeling and simulation frameworks Dynamic simulation and
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succesful candidate has the following qualifications: An PhD degree in either applied physics, chemical engineering, mechanical engineering or a similar field Profound knowledge of thermodynamics and/or fluid
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areas: i) Materials' mechanical properties and -testing, ii) Polymer science, iii) organic synthesis, v) Macromolecular interactions, vi) Thermodynamics, vii) Polymerization kinetics, viii) Molecular
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position, please contact Professor Liping Yu at [email protected]. Minimum Qualifications: Ph.D. in physics, chemistry, or materials science; Preferred Qualifications: At least five years (including PhD
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learning and expand its safe use in space. This includes, but is not limited to, approaches based on statistical mechanics and thermodynamics of learning, dynamical systems and continuous-time views
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: A PhD degree in chemical engineering, mechanical engineering, materials science, physics, or a related field. Demonstrated experience with molecular simulation and/or process modelling and simulation