Stanford University
Showing 3,281-3,300 of 4,990 Results
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Emily Weymouth Bailey Pastewka
Masters Student in Civil and Environmental Engineering, admitted Autumn 2026
BioHead of Data @ Palmetto Energy. Columbia MS ML, Duke undergrad EnvSci & Econ. Past work @ Uber, Rent the Runway, Opower.
https://www.linkedin.com/in/emilypastewka/ -
Dip Patel
MSx Fellow, expected graduation 2027
BioA Kenyan strategy and operations leader working at the intersection of technology, talent, and impact. I am passionate about building and scaling tech-enabled platforms that connect Africa’s emerging professionals with the growing global demand for expertise to train and advance complex artificial intelligence and machine learning systems.
As Director of Generative AI Operations at Hugo, I led teams delivering machine learning initiatives for global technology companies such as Meta and Google. Our work enhances AI systems through large-scale data annotation, quality evaluation, and human review processes that ensure accuracy, fairness, and high performance.
Outside of work, I am a husband and father, a Vassar College and LSE alum, and someone who enjoys trying new restaurants, snorkeling on beach holidays, walking in Nairobi’s urban forests, and taking my young son on new adventures such as his first trip to the ocean or spotting wildlife in the city’s national park. -
Nidhi Utkarshbhai Patel
Ph.D. Student in Earth and Planetary Sciences, admitted Autumn 2023
BioPlants display enormous diversity of forms today that, have evolved over geological timescales after plants successfully colonized land. Currently, I am interested in learning more about evolutionary changes in plant structures including specialized reproductive organs of seed plants. I study plant fossil record from deep time and living plants with the aim to develop a better understanding of origins of plant reproductive structures and drivers of morphological evolution in plants. Previously, I have looked at spore-pollen record preserved in sedimentary rocks from Canada. These microscopic fossils and their distribution in space and time can help us elucidate the response of vegetation to past extinction events.
