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and enabling energy-efficient ammonia production. The project combines catalyst design, synthesis, characterization and electrochemical evaluation to establish structure–performance relationships and
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team manages one of the largest and diverse higher education housing portfolios, including: 26 residence halls, three apartment complexes, nine dining locations, multiple storage facilities, miles
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cleanliness and order in work area, gyms, and supply and storage areas. Delivers equipment to appropriate departments; obtains supplies from other departments. Provides routine inspection and maintenance
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cells for vehicle electrification, renewable energy storage, and power grids The group is known for cross-fertilization of electrochemistry, materials, manufacturing, diagnostics, CFD modeling, and system
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procedures and protocols. Demonstrates the ability to differentiate normal and abnormal cell morphology, identify and differentiate types of WBCs and nucleated cells, crystals, casts, other urine elements
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processing, storage and record keeping. Use, monitor and maintain a variety of general and specialist technical equipment, to meet the needs of the School with regard to research, teaching and experimental
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division "Catalytic Interfaces for Chemical Hydrogen Storage" (IHE-1), led by Prof. Dr. Hans-Georg Steinrück, we investigate mechanisms and processes in (electro)chemical energy storage systems
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dedicated, low-energy electron beam ion trap (EBIT) optimized for the production of highly charged ions of light nuclei that remain beyond the reach of storage rings. This EBIT, a central element of the
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of significantly improving power density, durability, and cost-effectiveness of flow battery systems for grid-scale energy storage. This role is ideal for a candidate with strong hands-on laboratory skills and an
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of electrochemical energy storage systems, including lithium-ion, lithium-sulfur, and other emerging battery technologies. Develop and validate physics-based electrochemical, thermal, transport, and electrochemical