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the respective groups. Work Performed Design, optimize and perform complex animal techniques, including surgical procedures (both simple and advanced), sample collection and development of new methods Oversee and
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tissues, and blood sampling Analyze and present complex data to other lab members and the Principal Investigator. Develop and optimize protocols and standard operating procedures (SOPs) for developing
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, productivity, energy efficiency, and resilience in building construction. Potential research interests include, but are not limited to: 1. Develop optimization processes for industrialized mass customization
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offers B.Tech. Programs in Computer Science & Engineering, Energy Engineering, and Chemical Engineering, and a Ph.D. program in Energy and Sustainability. With its strategic location, future-forward
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for engineering-driven AI innovation. Ideal candidates will have: (1) A PhD in Management Science and Engineering, Computer Science, or a related discipline, with a focus on AI/ML theory, algorithms
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through the integration of high-performance materials, robotics, automation, computation, and process optimization. Affordable mass customization of building designs that are produced with advanced
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optimizing aquaculture conditions for black corals. The successful candidates will join a collaborative team of researchers in a rapidly expanding marine science program located in one of the fastest growing
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local and state building codes throughout the U.S. with the end goal of optimizing onsite and offsite construction and industrialized mass customization. 2. In collaboration with interdisciplinary
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, machine learning, optimization, and statistical data analytics are sought. Successful applicants will have experience applying these tools to a range of data problems, such as time-series analysis