FOR IMMEDIATE RELEASE

Supply Chain and Demand Analytics & Technology Lab of New Jersey City University

Jersey City, NJ — April 2026

The Supply Chain and Demand Analytics & Technology (SCDAT) Lab at New Jersey City University is proud to announce an outstanding achievement by four of its undergraduate and graduate researchers at the 2026 Northeast Decision Sciences Institute (NEDSI) Annual Meeting. Held in Philadelphia, PA, from April 9–11, 2026, the conference brought together scholars and students from across the region to share cutting-edge research in decision sciences and related fields — and NJCU's student researchers rose to the occasion.

Seongyong Song (B.S. in Management), Eman Ali (B.S. in Business Analytics and Data Sciences), Sayuri Montalvan (MBA in Business Analytics and Data Sciences), and Taehun Jang (B.S. in Computer Science) all competed in the NEDSI Student Research Poster Competition, representing the SCDAT Lab with four compelling and timely research projects. In a particularly proud moment for the lab, Eman Ali was awarded 2nd Place in the Undergraduate Best Poster Presentation, a recognition that reflects the quality and rigor of student-led research at NJCU.

Seongyong Song presented his poster titled "Strategies of East Asian Automotive Firms Under USMCA Policies: Focusing on Production in Mexico," co-authored with Dr. Eun Soo Kim and Dr. EunSu Lee. His research investigates how East Asian automotive manufacturers are navigating and adapting their production strategies in Mexico in light of USMCA trade policy — a subject of growing significance as global supply chains continue to evolve under shifting geopolitical and regulatory pressures.

Eman Ali presented her poster titled "Transforming Unstructured Port Documents into Structured Data for Port Congestion Analysis," co-authored with Dr. EunSu Lee. Her work addresses a pressing challenge in logistics and supply chain management by developing data analytics approaches that convert unstructured port documentation into organized, structured datasets — enabling deeper and more actionable insights into port congestion patterns.

Sayuri Montalvan presented her poster titled "Investigating Container Flow at the Port of Newark: A Business Analytics Approach," co-authored with Dr. EunSu Lee. Her research turns an analytical lens on one of the busiest ports on the East Coast, applying business analytics methods to examine container flow dynamics at the Port of Newark — providing valuable insights into operational efficiency and supply chain performance at a critical hub of regional and national commerce.

Taehun Jang presented his poster titled "Preventing Lithium-Ion Battery Thermal Runaway Through AI-Driven Early Detection and Active Control." His research addresses a critical safety challenge in energy storage and transportation by leveraging artificial intelligence to detect and prevent thermal runaway events in lithium-ion batteries — a growing concern across industries ranging from electric vehicles to logistics and supply chain infrastructure.

Together, these four students exemplify the spirit of the SCDAT Lab, where undergraduate and graduate students alike are empowered to engage in meaningful, faculty-mentored, collaborative research that connects classroom learning to real-world industry challenges. Their participation and recognition at NEDSI 2026 is a testament to their dedication and the strength of the research culture cultivated within the lab.

About NEDSI

The Northeast Decision Sciences Institute (NEDSI) is a regional affiliate of the Decision Sciences Institute, dedicated to advancing research and education in decision sciences across business, engineering, and related disciplines. NEDSI brings together academics, practitioners, and students each year to present and discuss innovative research that informs decision-making across a wide range of industries. The 2026 NEDSI Annual Meeting was held in Philadelphia, PA, from April 9–11, 2026. For more information, visit nedsi.decisionsciences.org.

About the SCDAT Lab

The Supply Chain and Demand Analytics & Technology (SCDAT) Lab at New Jersey City University is dedicated to advancing student-led research at the intersection of supply chain management, data analytics, and emerging technologies. The lab fosters a collaborative research environment where undergraduate and graduate students work alongside faculty mentors to tackle real-world challenges in logistics, operations, and business analytics. Through hands-on research experiences and opportunities to present at regional and national conferences, the SCDAT Lab prepares the next generation of supply chain and analytics professionals. To learn more, visit sites.google.com/view/njcuscm/home.

Contact: Supply Chain and Demand Analytics & Technology Lab of New Jersey City University sites.google.com/view/njcuscm/home

#SCDAT #NJCU #NEDSI2026 #UndergraduateResearch #SupplyChain #DataAnalytics

[Jersey City, NJ] – A group of undergraduate students and professors from New Jersey City University presented a research paper titled "Impact of Climate Change on Maritime Shipping Performance in the Panama Canal" at the 103rd Transportation Research Board Annual Meeting of the National Academies of Science, Engineering and Medicine in Washington, D.C. The presentation, which was held from January 7-11, 2024, was attended by over 150 people. The research discussed the impact of climate change on the international transportation market from various perspectives such as the Panama Canal Authority (ACP), carriers, shippers, and customers.

According to a recent report from ACP, Lake Gatun's water level in Panama has dropped due to drought and El Nino. The study found that for every one-foot drop in the water level, there is a reduction of six to seven NeoPanamax vessel transits. This reduction results in a loss of capacity of approximately 350 containers and 3,000 tons of cargo. The loss of capacity is more severe for small and medium-sized shippers who rely on the spot market, compared to large shippers who sign long-term contracts. Furthermore, carriers' preference for lighter cargo has resulted in a negative impact on the availability of empty containers for U.S. agricultural exporters.

This study was a collaboration between professors and undergraduate researchers at the Supply Chain and Demand Analysis and Technology Laboratory (SCDAT) in the NJCU School of Business. The co-authors included Dr. EunSu Lee, a director of the lab, Dr. Eunsoo Kim, who is an adjunct professor in Supply Chain, Logistics, and Maritime Port Management. The undergraduate researchers who worked on the project were Bokyung Choi, Moonsoo Park, and Jisol Lee. The students collected and analyzed the data, and actively participated in the interpretation of the results and discussion. Their participation in the conference was financially supported by the Center for Supply Chain and Maritime Logistics (CSCML) and the Korea Maritime Institute.

About Transportation Research Board:

As part of the National Academies of Sciences, Engineering, and Medicine, the Transportation Research Board (TRB) mobilizes expertise, experience, and knowledge to anticipate and solve complex transportation-related challenges (https://www.nationalacademies.org/trb/about). The TRB Annual Meeting attracts thousands of transportation professionals from around the world. The program covers all transportation modes, with sessions and workshops addressing topics of interest to policy makers, administrators, practitioners, researchers, and representatives of government, industry, and academic institutions.

Updated: 1/13/2024

Jersey City, NJ – A dynamic collaboration between faculty, professional staff, and a student researcher has led to groundbreaking research in the realm of service systems and operations. Faculty member Dr. EunSu Lee, alongside professional staff Ruth Ortiz and student researcher Devin Echavarria, presented their findings at the Decision Science Institute session on "SERVICE SYSTEMS and OPERATIONS: Efficiency and Effectiveness in Service Industry" on Saturday, November 18, in Atlanta, GA.

The presentation, titled "Drill-down Approach for Enhancing Organizational Strategy through a Two-Stage Data Envelopment Analysis," introduces a novel research approach. The team utilized the DEA model for a two-stage efficiency analysis, comparing the efficiency of both external competitors and internal units within four-year academic institutes in New Jersey. The research delves into the relative efficiency measurements of these academic institutions, identifying areas of improvement. In a strategic move, the team then applies a drill-down approach to focus on one of the inefficient institutions. By analyzing internal units, they aim to enhance the overall efficiency of the institute, contributing to the development of a more effective decision-making unit strategy.

Dr. EunSu Lee chaired the "SERVICE SYSTEMS and OPERATIONS: Productivity and Knowledge Transfer" session on Monday, November 20, where NJCU student Devin Echavarria presented collaborative research titled "Weathering the Storm: An Efficiency Analysis Amidst New Jersey Universities’ Crisis." Using Data Envelopment Analysis (DEA) and data from the National Center for Education Statistics (NCES) and the Department of Education College Scorecard, the study evaluated the relative efficiency of four-year academic institutes in New Jersey. The findings provide a strategic roadmap for higher education institutions, guiding informed decisions to enhance operational efficiency and foster student success.

About DSI:

Decision Sciences is the study of managerial decision making, using state-of-the-art data driven and behavioral approaches to solve real world problems in both the private and public sectors. Learn more about DSI at https://decisionsciences.org/.

Flushing, New York City, NY - In a significant endeavor to promote civic engagement, faculty members Dr. EunSu Lee and Dr. Eunsoo Kim, alongside undergraduate student researchers Bokyung Choi, Moonsoo Park, and Jinsol Lee, have conducted a thorough voting turnout analysis of the 2022 General Election. Bokyung Choi and Moonsoo Park played pivotal roles in data cleaning and analysis, ensuring the integrity of the dataset, while Jinsol Lee skillfully visualized the intricate findings. The initiative, conducted in collaboration with the Korean-American Civic Empowerment (KACE), aims to inspire voters for the upcoming NJ and NY General Elections by providing insights into the factors influencing voter turnout.

The research team recently shared their findings at a press conference held at the KACE office in Flushing, NYC, on October 25, 2023. The event showcased the team's dedication to fostering informed civic participation. To extend accessibility, a detailed video and comprehensive report of the analysis are now available on the KACE website at https://kace.org/2023/11/05/2022nykoramvdamap/. 

The collaborative efforts of Dr. EunSu Lee, Dr. Eunsoo Kim, and the dedicated student researchers underscore the importance of research in shaping informed civic discourse. As the community prepares for upcoming elections, the insights provided by this analysis serve as a valuable resource for encouraging widespread voter engagement and ensuring a robust democratic process.

About KACE:

KACE, known for its commitment to empowering the Korean-American community in civic matters, has a mission to promote political awareness and active participation. Learn more about KACE's mission at https://kace.org/kace-mission/.   

Dallas, Texas - In the dynamic landscape of academic conferences, the US-Koreca Conference (UKC) 2023, hosted by Korean-American Scientists and Engineers Association (KSEA), stood out as a platform for groundbreaking research and innovation. Among the distinguished presenters was Dr. EunSu Lee, who captivated the audience with two compelling presentations.

Title 1: Integrating Geographic Information Systems and Automatic Identification Systems for Maritime Logistics

Dr. Lee delved into the future of maritime logistics with his presentation on the integration of Geographic Information Systems (GIS) and Automatic Identification Systems (AIS). In his talk, he explored the synergies between these technologies and their potential to revolutionize the efficiency and safety of maritime transportation. This innovative approach has the potential to reshape the industry by providing real-time data on vessel movements, enhancing navigation, and optimizing logistics strategies.

Title 2: A Drill-Down Demand Analysis of Beef and Hay Consumption in Korea

Shifting gears, Dr. Lee presented a meticulous drill-down demand analysis of beef and hay consumption in Korea. His research shed light on the intricate patterns and factors influencing the consumption trends of these essential commodities. By examining the economic, cultural, and environmental variables at play, Dr. Lee's analysis offers valuable insights for stakeholders in the agricultural and food industries, facilitating informed decision-making and resource allocation.

The UKC 2023 provided a platform for experts, scholars, and enthusiasts to engage in discussions, share knowledge, and explore collaborative opportunities. Dr. EunSu Lee's contributions underscored the conference's commitment to pushing the boundaries of research and fostering advancements that have far-reaching implications for diverse industries.

As the conference concluded, attendees left with a sense of anticipation, eager to witness the real-world impact of the ideas and innovations unveiled at the US-Korea Conference 2023.

About KSEA:

The US-Koreca Conference 2023 was hosted by the Korean-American Scientists and Engineers Association (KSEA). KSEA is a prominent organization dedicated to advancing the contributions of Korean-American scientists and engineers in the United States. With a mission to promote excellence and leadership in science and technology, KSEA plays a pivotal role in fostering collaboration, supporting research initiatives, and providing a platform for the exchange of knowledge and ideas. Learn more about KSEA at https://www.ukc.ksea.org/about/about-ksea/. 

A Methodology for Identifying Underserved Area within Parcel Delivery Systems Utilizing Large Scaled Delivery Data

2:00 – 3:00 PM on Friday, February 24, 2023

NJCU School of Business, Room 219

OR

Via ZOOM Meeting ID: 913 5227 8644 /Passcode: 60959151

Mr. Jinjae Kim is a master’s student in Logistics at the Graduate School of Logistics at Inha University in Incheon, Korea. He received his B.S. in Logistics and a minor in Computer Engineering from the University. As an Assistant Researcher, he worked for Inha University Global E-Governance Center. He is affiliated with the Supply Chain and Demand Analytics & Technology Lab at the NJCU School of Business as a graduate research intern. His research interests include topics of last-mile delivery and urban transportation and freight with the methodology of Machine Learning using Big Data.  Email: jjkim@inha.edu 

Natalia De La Fuente, a NCU School of Business student, received the best master’s student poster presentation award from the 51st Northeast Decision Sciences Institute (NEDSI) Annual Meeting. The meeting was hosted by New Jersey Institute of Technology (NJIT) in Newark, NJ on April 7-9, 2021.

Natalia is a master's student in M.S. in Business Analytics & Data Science and a student member of the Supply Chain and Demand Analytics and Technology Laboratory (SCDAT). She presented her research, entitled “Detection of COVID-19 & Pneumonia with X-Ray images Using Neural Networks,” at the competition. She developed algorithms of the machine learning using Neural Networks with patients’ chest X-ray images to detect the differences between COVID-19 and Pneumonia, therefore treating patients with right medicine and treatments.

NEDSI sponsored the special Master Student Poster Session in conjunction with the 2022 meeting. She was the winner of the special Undergraduate Student Poster Session at the virtual NEDSI annual meeting in 2021.

To learn more about the meeting, please visit https://nedsi.decisionsciences.org/about

ANNOUNCEMENT: The application deadline for the Clinton Global Initiative University 2022 program has been extended to January 26!

Undergraduate and graduate students who are committed to address pressing challenges in #education, #climatechange, #humanrights, #povertyalleviation, and #publichealth are invited to join President Bill Clinton, Chelsea Clinton, and the next generation of leaders for #CGIU2022 to receive access to a social impact curriculum, personalized mentorship, virtual events, $650K in funding through CGI U partners, and a global community of changemakers.

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The Clinton Global Initiative University (CGUI) would like to offer you the opportunity to work on a team project for the CGUI and help your community.  This may be a 2-3 member project that has already started or a new project.

There’s no cost to participate, but to be a part of this program, students must commit to address a pressing local or global challenge.  This commitment – called a “Commitment to Action” – takes the form of a new, specific, and measurable project that each student develops with their peers.  These commitments fall within one of five focus areas:  Education, Environment and Climate Change, Peace and Human Rights, Poverty Alleviation, and Public Health.

Apply by 1/21/2022 at:

https://www.clintonfoundation.org/programs/leadership-public-service/clinton-global-initiative-university/apply/