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Field
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. **Note: start dates may be flexible. Minimum qualifications: PhD in Chemistry, Chemical Engineering, or related discipline; Strong electrochemistry background (e.g., fuel cells, water electrolysis, etc
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state-of-the-art facilities in the Battery Coast group at the University of Agder. The candidate will contribute to the development of the growing research activity in electrochemistry and lithium-ion
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. The candidate will contribute to the development of the growing research activity in electrochemistry and lithium-ion batteries. The candidate should also be self-motivated and enthusiastic as
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electrochemistry and electrocatalysis is a must 3) Working knowledge and experience in GC, NMR and HPLC. 4) Experience in operando catalyst studies (e.g. in-situ Raman, FTIR and etc) 5) At least 1-2
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electrochemistry and electrocatalysis is a must 3) Working knowledge and experience in GC, NMR and HPLC. 4) Experience in operando catalyst studies (e.g. in-situ Raman, FTIR and etc) 5) At least 1-2
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knowledge in synthesis of conductive inks, liquid metal and synthesis of graphene oxide. Knowledge in liquid metal based particles and composites. Knowledge in electrochemistry will be evaluated positively
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the area of ion exchange membranes or membrane-basedelectrochemical cells Solid background in Electrochemistry Experience in supervision of student’s projects Well-developed communication skills & good
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spectroscopic techniques, electrochemistry, spectroelectrochemistry, microwave spectroscopy techniques, and electron-paramagnetic spectroscopic techniques. While computational methods are less emphasized, highly
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-on experience in galvanic or electrolytic systems Profound understanding and practical experience in instrumental electrochemistry, coupled with expertise in characterising electro-materials at an advanced level
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the results of the project. Education PhD in Natural Sciences or Engineering. Experience and Technical Skills Expert in the synthesis of the catalytic materials; Experience in electrochemistry and