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Job Analysis:
The Research Assistant role at Drexel is fundamentally about applying advanced data analysis skills to evaluate options for wind turbine blade composites at the end of their lifecycle. This position requires a strong background in Python programming, specifically using the CELAVI package for modeling and simulation. The main responsibilities include debugging CELAVI code, designing and running scenarios, and analyzing model output to create visualizations that communicate findings effectively. Candidates will face challenges such as ensuring accuracy in modeling, interpreting complex data, and potentially navigating ambiguities in the lifecycle assessment process. Success in this role could be measured by the ability to produce clear, actionable insights from model outputs and contribute to innovative recycling solutions. A candidate's expertise will not only impact project outcomes but also align with Drexel's commitment to sustainability and academic excellence, reflecting the institution's broader objectives in research and education.
Company Analysis:
Drexel University is positioned as a leading R1 research institution renowned for its comprehensive educational programs and strong emphasis on cooperative education. Operating within the dynamic educational landscape of Philadelphia, the university places great value on interdisciplinary research, making this role significant in driving forward initiatives aligned with current environmental sustainability challenges. The culture at Drexel likely leans towards academic rigor, innovation, and collaboration, fostering an environment that encourages problem-solving and critical thinking. The Research Assistant role may interact with a variety of departments, enhancing visibility among faculty and potentially influencing emerging research directions. This role is strategically aligned with Drexel's goals for impactful environmental research, suggesting that the organization views the research outcomes not just academically, but as contributions to real-world challenges, including the future of wind energy and recycling technologies.