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of efficient AI-for-Science systems, leveraging foundation models (including small language models) and parameter-efficient adaptation techniques such as LoRA, grounded in a strong understanding of optimization
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learning are preferred. Key Responsibilities: Strong candidates should take the lead of at least one of the following responsibilities: Soil organic carbon model development and optimization, focusing
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on hardware and software co-design for systems targeting energy-efficient chips. The role involves developing, evaluating, and optimizing system-level techniques across hardware architecture, software stack
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studies. Develop, maintain, and optimize computational pipelines for the integration and analysis of multimodal molecular and clinical datasets, including data generated from patient tissue specimens and
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Optimization of formulation for polymer synthesis and functionalization for actuators fabrication Contribute to ongoing soft robotics research Collaborate with faculty and other researchers on interdisciplinary
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interface materials or related technology Optimization of formulation for gap fill dielectrics in heterogenous integration Contribute to ongoing semiconductor research Collaborate with faculty and other
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(2024), J. Biological Chemistry 300(9): 107607 (2024). Duties and Responsibilities -Carry out research in Analytical Biochemistry, the improvement and optimization of protocols. Design and perform
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: Design, perform, and optimize experiments with scientific rigor; Collect, analyze, and interpret experimental data; Communicate findings clearly through technical reports, papers, and presentations; Work
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evaluation, and AIoT implementation. Key Responsibilities: Writing, debugging, optimizing and testing of source code with an emphasis on audio applications Maintenance and improvement of existing audio
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-sensing concrete. Lab test and analysis of self-sensing concrete. Optimize and evaluate the performance for field trials. Publish several papers in top journals. Write proposals for further development