Carbon Neutral Catalyst Scientist (1249281) - Ann Arbor
What you bring
PhD degree in Chemistry, Chemical Engineering, Material Science, or related technical field, or five+ years of practical experience with an MS/BS degree;
Direct experience performing materials surface characterization (ex. spectroscopy, chemisorption, physisorption) and evaluation of heterogeneous catalysts;
Broad knowledge of fields related to artificial and natural CCUS, including, but not limited to, CO2 sorption, environmental catalysis, electrochemistry/catalysis (ex. electrochemical CO2 capture and conversion), bio-engineering, biochemistry, water chemistry, soil chemistry, etc.
Hands-on laboratory experience with clear and documented evidence of safe laboratory practices.
First or corresponding author publication in scientific journals.
What you may bring
Knowledge and experience in methods specific automotive catalyst research, ex. wet impregnation synthesis, packed-bed reactor evaluation (T50, lambda sweep, steady-state), and in situ characterization;
Graduate level or job-related experience in projects materials research projects utilizing data-driven techniques such as machine learning and principal component analysis;
Established capability in scientific writing and presentation;
Strong verbal and written communication skills;
Track record of innovation leading to the generation of intellectual property (ex. Lead inventor on a patent or patent application, experience in industry-funded projects.)
\xef\xbb\xbfWhat you\'ll be doing
Conduct material synthesis, characterization, and evaluation of nano-structured oxides, metal, and metal alloy materials for application in environmental catalysis, CO2 capture, and CO2 conversion;
Investigation of academic and patent literature to propose and implement new materials for environmental catalysis and CCUS and introduce new methods of synthesis and characterization;
Analysis of data for identification of material structure-function relationships and communicate with data scientists to seek data-driven approaches to guide materials discovery;
Frequently communicate with materials research scientists within the organization;
Effectively respond to the challenges emerging in materials research projects;
Regularly report and present to the research team and management.
Safe and efficient management of a heterogeneous catalyst laboratory