Laura Weinstein | Drug Delivery Systems | Best Researcher Award

Published on by Top Pharmaceutical

Laura Weinstein | Drug Delivery Systems | Best Researcher Award

Ms. Laura Weinstein, University of Delaware, United States

Ms. Laura Weinstein is an accomplished biomedical engineering student at the University of Delaware 🎓, set to graduate in May 2025 with a stellar GPA of 3.97. With minors in nanoscale materials and chemistry 🧪, she has led impactful research in nanoparticle drug delivery, orthotic device innovation, and immunoengineering. Her work spans labs at Delaware and Vanderbilt 🏥, earning her top honors including the Eugene du Pont Memorial Scholarship and Best Poster Awards 🏆. Passionate about translational medicine, Laura’s dedication to improving healthcare through engineering solutions marks her as a rising star in biomedical research 🌟.

Publication Profile 

Google Scholar

Education

Ms. Laura Weinstein is currently pursuing an Honors Bachelor of Science in Biomedical Engineering at the University of Delaware, with expected graduation in May 2025 📅. She maintains an outstanding GPA of 3.97 🌟 and complements her major with minors in Nanoscale Materials and Chemistry ⚗️. Her coursework spans core sciences and advanced engineering, including Introductory Biology 🧬, General Chemistry 🧪, Physics ⚛️, and Biomedical Experimental Design 📊. She has also delved into Immunoengineering, Cell Engineering 🧫, Nanomaterials, and Nanomedicine 💉. Proficient in Python and MATLAB 💻, Laura combines technical skills with scientific curiosity, preparing her for groundbreaking biomedical research 🔬.

Awards

Ms. Laura Weinstein has received numerous prestigious honors throughout her academic journey. From 2021–2025, she was awarded the esteemed Eugene du Pont Memorial Scholarship 🎓, covering full tuition, housing, meals, and book expenses. In 2024, she earned 1st place for designing a prototype to secure thoracostomy tubes 🩺. She is also a National Cyber Scholar (2022–2024) 💻 and won the Biomedical Engineering Distinguished Sophomore Award in 2023 🧬. That same year, she was recognized by the Delaware Department of Technology and Information 📡. In 2022, she placed 1st in the Ratcliffe Eco Entrepreneurship Innovation Sprint 🌱🚀

Experience

Ms. Laura Weinstein has been actively engaged in cutting-edge research at the University of Delaware’s Day Lab since January 2022 🏛️. Under the mentorship of Dr. Emily Day and PhD candidate Eric Sterin 👩‍🏫, she developed polymeric nanoparticles for biomimetic cargo delivery via cancer cell membranes 🧫. She contributed to refining purification protocols for DiD-fluorescent nanoparticles 💡 and guided fellow undergraduates in research techniques 📘. Her dedication extended beyond semesters, participating in multiple research fellowships and programs including the 2022 CBER Summer Scholars REU, 2023 Winter Fellowship, and 2024–2025 Summer/Winter Fellowships 🧪📊—highlighting her passion for biomedical innovation.

Research Focus

Ms. Laura Weinstein focuses her research in the dynamic field of biomedical nanotechnology and targeted drug delivery 🧪. Her studies explore cell biomimicry, using cancer cell membranes to improve therapeutic delivery for hematological cancers 🧫🩸. She also investigates nanoparticle purification challenges, ensuring enhanced precision in drug transport systems 🎯. Her work integrates principles of nanomedicine, immunoengineering, and materials science to develop innovative approaches in cancer treatment and diagnostics 🧬. Through her publications and lab experience, Laura contributes to advancing next-generation polymeric nanoparticle technologies—blending engineering and biology to revolutionize patient care and medical outcomes 🚀💊.

Publication Top Notes

Hiding in Plain Sight: Cell Biomimicry for Improving Hematological Cancer Outcomes

Standard purification methods are not sufficient to remove micellular lipophilic dye from polymer nanoparticle solution

Joonsik Jo | Formulation Science | Best Researcher Award

Published on by Top Pharmaceutical

Joonsik Jo | Formulation Science | Best Researcher Award

Mr Joonsik Jo, The Seoul Institute, South Korea

Mr. Joonsik Jo is a distinguished researcher in Transportation Planning & Engineering with expertise in using Explainable Artificial Intelligence (XAI) to analyze the relationship between pedestrian volume and air quality 🌍🚶. He holds a Master’s and Bachelor’s degree in Transportation Engineering from the University of Seoul 🎓. His impactful projects include public transportation feasibility studies and AI-driven vehicle management systems 🚆🤖. Mr. Jo’s publication in Clean Technologies and Environmental Policy and his Best Paper Presentation Award at the Korean Society of Transportation highlight his significant contributions to sustainable urban mobility 🌱.

Publication Profile

scopus

Educational Background

Mr. Joonsik  holds a Master’s degree in Transportation Engineering from the University of Seoul, where his research focused on the intersection of artificial intelligence and transportation systems 🤖🚗. This solid academic foundation is supported by his Bachelor’s degree in Transportation Engineering from the same institution, showcasing his long-standing commitment to the field 📚🎓. His innovative approach to research and dedication to advancing transportation technologies makes him a standout figure in his area of expertise 🌟. Mr. Jo’s work combines the principles of engineering with cutting-edge AI, contributing to the evolution of smart transportation systems and sustainable urban mobility 🚀.

Awards and Recognition

Mr. Joonsik Jo has been honored with the Best Paper Presentation Award at the 87th Conference of the Korean Society of Transportation 🚗📚. This prestigious recognition further underscores the exceptional quality and impact of his research in the field of transportation studies. By effectively communicating complex ideas, Mr. Jo has demonstrated his ability to present innovative insights that contribute significantly to the academic community. His achievement highlights both his dedication to advancing knowledge and his skill in conveying intricate concepts with clarity 🎤🏆. This award serves as a testament to his hard work and valuable contributions to the transportation sector.

Employment History

Mr. Joonsik Jo is currently pursuing his Master’s degree in Transportation Engineering at the University of Seoul 🎓🚗. As a dedicated student, he is gaining advanced knowledge and expertise in the field of transportation, focusing on developing innovative solutions to improve infrastructure and systems. His academic journey at a prestigious institution like the University of Seoul reflects his commitment to excellence in transportation engineering. By immersing himself in research and coursework, Mr. Jo is building a strong foundation to contribute to the future of sustainable and efficient transportation solutions 🌍🔧. His passion for the field drives his continuous growth and success.

Research Projects

Mr. Joonsik Jo has made significant contributions to several high-impact research projects, focusing on urban transportation systems, sustainability, and efficiency 🌍🚇. His work on the Feasibility Study and Commercialization Plan for Public Transportation in the Uiwang-Gunpo-Ansan Area, as well as the Traffic Demand & Pedestrian Flow Estimation for the GTX Uijeongbu Station Transfer Center Construction Project, showcases his dedication to improving public transportation planning and infrastructure 🏙️🚶‍♂️. Additionally, Mr. Jo’s research on detecting MERS virus spread in public transport and developing an Autonomous Shared Vehicle Management System using AI deep learning techniques highlights his innovative, multidisciplinary approach to solving real-world challenges 🤖💡.

Published Work

Mr. Joonsik Jo has made a remarkable contribution to the field through his publication in Clean Technologies and Environmental Policy (SCIE journal) 🌿📖. His research explores the relationship between air quality and walkability using cutting-edge Explainable AI (XAI) techniques 🌬️🤖. This innovative approach allows for a deeper understanding of environmental and transportation issues, which is vital for creating sustainable and livable cities 🏙️💚. By applying XAI to these complex challenges, Mr. Jo is helping to pave the way for smarter urban planning and more effective solutions to improve both air quality and pedestrian infrastructure.

Research Focus

Mr. Joonsik Jo’s research primarily focuses on urban transportation systems, environmental impact, and the use of artificial intelligence (AI) for data analysis in transportation planning. His work includes topics such as predicting passenger congestion in subways 🚇, travel demand management to mitigate climate change 🌍, and the impact of transportation on air quality 🌫️. Additionally, he explores the relationship between air quality and walkability 🏙️ using explainable AI techniques. His contributions also include environmental comparisons between different public transport systems, such as super bus rapid transit and trams 🚍🚋. His research aims to enhance sustainable urban development and improve environmental quality.

Publication Top Notes

A hybrid clustering–regression approach for predicting passenger congestion in a carriage at a subway platform

Travel demand management strategies to mitigate climate change

Revealing relationships between levels of air quality and walkability using explainable artificial intelligence techniques

Environmental benefit comparison between super bus rapid transit and tram systems

Air Quality Modeling Using Real-time Urban Big Data