About me

Hello! I'm currently pursuing a Ph.D. in Systems Engineering at the Stevens Institute of Technology, Hoboken, NJ, USA. My academic voyage is enriched with in-depth research in the fields of Resilience Engineering, Optimization, Data Science, and Machine Learning. I'm particularly fascinated by the art of devising heuristic solutions for NP-hard problems that challenge the core of computational complexity.

Serving as a research assistant, I'm privileged to work under the esteemed guidance of Professor Jose Ramirez-Marquez at the School of Systems and Enterprises. My expertise lies in mathematical modeling and convex optimization.

Areas of Expertise

  • Web development icon

    Programming

    I mostly use Python and R languages and libraries such as NetworkX, Scikit-learn, NumPy, Pandas, and ggplot at a professional level.

  • design icon

    Optimization

    I specialize in Convex Optimization, Mathematical Programming Modeling and its applications, as well as Soft Computing and Meta-heuristics.

  • mobile app icon

    Machine Learning & Network Analysis

    Skilled in employing machine learning techniques using libraries like Scikit-learn, and conducting network analysis with NetworkX.

  • camera icon

    Photography

    I produce professional-grade photographs across various categories, continuing the legacy of my grandfather and father who were expert photographers.

News

  • Jessica miller

    We are on the News

    Our recent paper on disinformation has been discussed on Tech Xplore with the title "Weaponized disinformation can pose serious threat to urban transit systems." Read more here: Link

  • Jessica miller

    New Publication (March 2025)

    Dr. Kash Barker, Dr. Jose Ramirez-Marquez, and I are excited to announce that our paper, titled 'A hybrid machine learning and simulation framework for modeling and understanding disinformation-induced disruptions in public transit systems' has been accepted in "Reliability Engineering & System Safety" Journal with IF 9.4 and it will be published in March 2025.

    Click on read more: Link

  • Jessica miller

    New Publication (Dec 2024)

    Dr. Milad Elyasi, Dr. Ali Ekici, Dr. Okan Orsan Ozener, and I are excited to announce that our research, titled 'Effective Metaheuristic Algorithms for Platelet Collection Routing Problem' has been published in "Optimization Essentials: Theory, Tools, and Applications" book as Chapter 23.

    Click on buy the book: Link

  • Jessica miller

    INFORMS 2024 Presenstation

    Our recent work titled, “Optimizing Humanitarian Aid Delivery in Disaster Zones: A Mathematical Model for Collaborative Truck and Drone Logistics,” has been accepted for presentation. I will present this study at the 2024 INFORMS Annual Meeting, October 20-23, in Seattle, Washington, USA. Click for more:

    Link

  • Jessica miller

    AI-SCORE Summer School

    I have been selected to participate in the AI-SCORE, the Artificial Intelligence School for Computer Science and Operations Research Education summer school, from May 26 to June 1, to be held on the University of Maryland campus with a scholarship from INFORMS and NSF! Click for more: Link

  • Jessica miller

    SOSE 2024 Presenstation

    Our work titled "A Systems Dynamic Approach to Evaluate Disruptions in Large Scale Transit Systems: A Case Study of PATH" has been accepted for presentation at the 19th Annual System of Systems Engineering Conference (SoSE) and it will be indexed in IEEE Explore. I will present this work in AI Role in Systems of Systems Engineering session on June 23rd – 26th at 26th 2024 Murano Hotel, Tacoma, WA, USA

    Click for more: Link

  • Jessica miller

    Qulifying Exam

    I will be defending my PhD Qualifying Exam by presenting my published works in Systems Engineering on May 2, 2024, at 14:00 in Room 531, Babbio Center, Stevens Institute of Technology.

  • Jessica miller

    TRB 2024

    Dr. Yeganeh Hayeri, Dr. Raif Bucar, and I are excited to announce that our research, titled 'Comparison of Static and Dynamic Traffic Assignment Models in the Evaluation of Disruptive Precipitation Impacts on Surface Transportation - A Behavioral Validation Study', will be presented at the 103rd Transportation Research Board (TRB) Annual Meeting. The conference is scheduled from January 7-11, 2024, in Washington DC, USA.

    Click on the link to read it: Link

  • Jessica miller

    ICSRS

    We will present our research "Robustness Analysis of Intercity Public Train Systems in Times of Disruption: A Case Study of NJ PATH" at the 7th International Conference on System Reliability and Safety (ICSRS 2023), which will be held November 22-24, 2023 in Bologna, Italy.

  • Jessica miller

    New Publication

    Our paper A Non-Clustered Approach to Platelet Collection Routing Problem has been accepted for publication in Computers & Operations Research and it will be published in Dec 2023. Click on the link to read it: Link

  • Jessica miller

    Thesis Defense

    I will be defending my MSc Thesis in Industrial Engineering titled "METAHEURISTIC APPROACHES FOR MAXIMAL BLOOD COLLECTION PROBLEM" on August 2, 2022, at 12:00 A.M. in Room AB1 241, Özyeğin University. Click on the link to read more: Link

Affliations

Resume

Education

  1. Stevens Institute of Technology - Hoboken, New Jersey, USA

    Ph.D. Candidate in Systems Engineering
    2022 — Present

    Currently, I am a Ph.D. Candidate in Systems Engineering at Stevens Institute of Technology, having started in September 2022. I have the privilege of being guided by Dr. Jose Ramirez-Marquez and Dr. Nafiseh Ghorbani. My academic journey involves delving into the intersection of Operations Research and Artificial Intelligence for routing decisions under disruption, enriching my knowledge and honing my research skills further.

  2. Özyeğin University - Istanbul, Türkiye

    MSc in Industrial Engineering
    2019 — 2022

    From September 2019 to August 2022, I pursued a Master of Science degree in Industrial Engineering at Özyegin University. Under the tutelage of Dr. Okan Örsan Özener and with support from Co-Advisor Dr. Ali Ekici, I delved into my research interests and culminated my studies with a thesis titled "Metaheuristic approaches for the maximum blood collection problem". My academic diligence was reflected in my cumulative GPA of 3.53 out of 4. Additionally, in recognition of my academic prowess and potential, Özyegin University granted me a Full Scholarship for my MSc program in 2019 and a Fellowship in 2020.

  3. Iran University of Science and Technology - Tehran, Iran

    MSc in Industrial Engineering
    2018 — 2019

    My academic journey at the Iran University of Science and Technology was both challenging and rewarding. During my tenure, I had the privilege of working under the esteemed supervision of Prof. Dr. Mir Saman Pishvaee. My academic prowess was nationally recognized when I secured the 38th rank among more than 11,000 participants in the National Graduate Entrance Exam for the MSc program in Industrial Engineering, as evaluated by the Iran National Organization of Educational Testing. This achievement led the Iran University of Science and Technology to award me a Full Scholarship for the MSc program in 2018. However, my academic journey took an unexpected turn when I received a prestigious offer from Özyegin University in Turkey. Recognizing the immense potential of this opportunity, I decided to discontinue my MSc at the Iran University of Science and Technology and pursue further studies in Turkey.

  4. Iran University of Science and Technology - Tehran, Iran

    BSc in Rail Transportation Engineering
    2009 — 2014

    My academic journey began at the Iran University of Science and Technology, where I obtained a Bachelor of Science degree in Railway Transportation Engineering between September 2009 and September 2014. Under the mentorship of Dr. Hamid Reza Ahadi, I successfully defended my thesis titled "Energy intensity forecast for freight transportation through road and rail in Iran", achieving a CGPA of 14.21 out of 20, with notable academic performance in the last two years at 3 out of 4.

Experience

  1. Stevens Institute of Technology - Hoboken, New Jersey, USA

    Research Assistant
    2022 — Present

    To be updated ...

  2. Özyegin University - Istanbul, Türkiye

    Graduate Teaching Assistant & Research Assistant
    2019 — 2022

    Throughout my time at Özyegin University, I wore multiple hats, delving deep into both teaching and research realms. As a Graduate Teaching Assistant, I supported several courses:

    IE 101 - Introduction to Industrial Engineering, overseen by Dr. Ihsan Yanikoglu, where I elucidated foundational concepts of industrial engineering.

    IE 201 - Operations Research I, taught by Dr. Mehmet Önal, aiding students in understanding key concepts and methodologies in operations research.

    IE 302 - Productions Systems Analysis, guided by Dr. Zehra Melis Teksan, assisting students in mastering complex analytical methods for effective production management.

    On the research front, I collaborated with various esteemed professors on a series of intriguing projects:

    Dr. Okan Örsan Özener and Dr. Başak Altan led the project on "The Operational Efficiencies improvement of Less-than-truckload Carriers Through Load Exchanges using a game-theoretical approach with ML-driven information sharing.” This initiative sought to optimize carrier operations through a blend of game theory and machine learning.

    With Dr. Ali Ekici, I embarked on a term project titled "Implementing heuristic methods on a set of VRPs and a P-Median problem in python.” This work delved deep into the realm of heuristics and their applications.

    Another project under Dr. Okan Örsan Özener explored the "ML-Based prediction of second-hand car prices using feature engineering for Big Data.” This research aimed at harnessing machine learning to predict the dynamic market of used cars.

    In collaboration with Dr. Dilek Günneç Daniş, I analyzed the robustness of China's railway system through the lens of network science. Titled "Analyzing china railway robustness using network science and NetworkX library in python,” the project utilized cutting-edge tools and methodologies to understand the intricacies of China's vast rail network.

  3. RAJA Rail Transportation Co., Tehran, Iran

    Material Requirements Planning Expert
    2016 — 2019

    During my tenure at RAJA Rail Transportation Co., I took on the role of a Material Requirements Planning Expert. My primary responsibilities included managing and analyzing the materials required for diverse projects, ensuring both timely availability and optimal resource utilization.

My skills

  • optimizationn
    90%
  • Soft Computing
    90%
  • Network Analysis
    70%
  • Data Science
    80%
  • Programming - Python
    90%
  • Programming - R
    60%

publication

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Blog

  • INFORMS 2024 at Seattle

    Conference

    My Experience at INFORMS ANNUAL MEETING 2024

    From October 20 to 23, 2024, I had the opportunity to attend the INFORMS Annual Meeting in Seattle. This event brought together researchers, practitioners, and industry leaders from the field of Operations Research and Management Sciences (ORMS). This was my first time visiting Seattle, and I was captivated by the city's natural beauty and vibrant atmosphere. The Seattle Convention Center, where the conference was held, was a masterpiece in itself—its architecture and design added to the overall experience of the event.

    One of the conference's highlights was the career fair, which provided a valuable opportunity to explore job prospects in ORMS-related fields. Companies like American Airlines, United Airlines, and other leading organizations were present, actively recruiting talent. It was inspiring to see how this event connects researchers and professionals with industry opportunities, offering pathways for career growth.

    I also had the privilege of presenting my research, "Humanitarian Aid Delivery in Disaster Zones: A Mathematical Model for Collaborative Truck and Drone Logistics." My talk focused on optimizing aid distribution strategies using mathematical modeling to enhance disaster response efficiency. Sharing my work with an audience of experts and receiving insightful feedback was a rewarding experience that deepened my understanding of the field.

    Beyond the academic and professional aspects, the conference had some truly memorable moments. The closing night was held at the Museum of Pop Culture, next to the iconic Space Needle. The museum was a fascinating place, rich with exhibits on music, film, and interactive experiences. I particularly enjoyed playing musical instruments and immersing myself in the creative displays. It was a great way to end an intense yet fulfilling conference.

    Attending INFORMS 2024 was an enriching experience in many ways—professionally, academically, and personally. I had the chance to reconnect with colleagues from Stevens Institute of Technology, Özyeğin University, and the INFORMS Summer School (AISCORE), and to build new connections with researchers and professionals tackling real-world challenges. These interactions reinforced the importance of collaboration in pushing the boundaries of ORMS research.

    Looking back, I am grateful for the opportunity to be part of this vibrant community. The conference not only expanded my professional network but also inspired me to continue exploring innovative solutions in humanitarian logistics. I look forward to future collaborations and to applying the insights gained from this experience to my ongoing research.

  • AI-SCORE Summer School in UMD

    Summer School

    My Experience at AI-SCORE 2024

    I am thrilled to announce that I have been accepted to attend the AI-SCORE 2024 Summer School, held from May 27 to June 1 at the University of Maryland in College Park. This prestigious program, known as The Artificial Intelligence School for Computer Science and Operations Research Education, granted me a generous scholarship, providing a unique opportunity to immerse myself in high-level training with top-tier professors.

    The AI-SCORE Summer School was conceived as a response to the growing need for cross-disciplinary expertise in Operations Research (OR) and Computer Science (CS). These fields have been converging, with OR's strengths in model-building and CS's capabilities in data-driven methodologies coming together to solve complex, real-world problems. The program aims to train the next generation of researchers to be proficient in both disciplines, encouraging innovative approaches that leverage the best of both worlds.

    The program featured a series of keynote lectures, thematic tutorials, and hands-on exercises led by distinguished researchers:

    • Keynote Speakers: Profs. Michael Fu (University of Maryland), Kevin Leyton-Brown (University of British Columbia), Tuomas Sandholm (Carnegie Mellon University), and David Shmoys (Cornell University) delivered insightful talks on the integration of OR and AI.
    • Modules: The curriculum was divided into two main modules - Fairness and Reinforcement Learning.
      • Fairness Module: Led by Profs. Siddhartha Banerjee (Cornell University) and Aaron Roth (University of Pennsylvania), this module explored topics such as fairness in resource allocation and machine learning.
      • Reinforcement Learning Module: Profs. Vivek Farias (MIT) and Scott Sanner (University of Toronto) guided us through cutting-edge reinforcement learning techniques.

    Attending AI-SCORE 2024 was a transformative experience. The intensive schedule included keynote lectures, module tutorials, and hands-on exercises. Throughout the week, I had the chance to interact with and learn from leading experts and fellow participants. These interactions were invaluable, providing insights into the latest research trends and fostering connections with researchers from top universities worldwide.

    The AI-SCORE Summer School was more than just an educational program; it was a vibrant community of scholars and professionals. I gained cutting-edge knowledge in Operations Research and Reinforcement Learning, explored new methodologies, and participated in hands-on projects that bridged theory and practice. The experience also provided an excellent platform for networking with some of the brightest minds in the fields of CS and IE (Industrial Engineering).

    Reflecting on my time at AI-SCORE 2024, I am grateful for the opportunity to be part of such a prestigious program. The insights gained and connections made will undoubtedly shape my future research and professional endeavors. I would like to extend my heartfelt thanks to the organizers, sponsors, and fellow participants who made this experience unforgettable.

    The AI-SCORE 2024 Summer School was an extraordinary experience, providing deep insights into AI and OR, and offering a platform to connect with leading researchers. I am excited to apply the knowledge and connections gained towards my future research endeavors. Thank you to the organizers, sponsors, and participants for making this an unforgettable event.

  • TRB 2023

    Conference

    My Experience at TRB 2023

    The TRB 2023 Annual Meeting, held from January 8th to January 12th in Washington D.C., was an incredible experience. The meeting included workshops, committee and sub-committee meetings, poster sessions, and exhibitions. Over the course of five intensive days, I attended 11 different programs, providing me with valuable opportunities to learn about the latest advancements in transportation and to expand my professional network.

    On the first day, I arrived in Washington D.C. and checked into my hotel before heading to the Walter E. Washington Convention Center for the meeting. After registering, I participated in a workshop titled "Open-Source Tools for Transit Data: Hands-On Code for Interactive Visualizations," organized by the Standing Committee on Transit Data (AP090). This hands-on workshop, led by experts such as Eric Lind from Metro Transit and Michael Eichler from the Washington Metropolitan Area Transit Authority, demonstrated how open-source tools like Python and R can be used to visualize and analyze public transport data. It was an enlightening experience that showcased the collaborative potential of open-source approaches.

    Following the workshop, I attended the New Attendee Engagement Session. This session provided an overview of the various opportunities available to attendees through engagement in TRB, including tips on navigating the Annual Meeting and making the most of my time during the week. It was a great start to building lifelong professional networks through TRB.

    The second day was equally enriching. I attended the Transit Data Committee meeting, which focused on the use of foundational and emerging transit data, including smart cards and General Transit Feed Specifications (GTFS). The meeting, led by Catherine Lawson from SUNY Albany, explored how blending various sources of transit data can open new avenues for assisting transit agencies. I also attended the University Transit Research Lightning Talks, where I heard about innovative research topics such as performance analytics, equity assessment, and network redesigns from researchers at institutions like MIT and TU Delft.

    One of the highlights of the conference was the Advances in Geospatial Data Acquisition meeting, sponsored by the Standing Committee on Geospatial Data Acquisition Technologies (AKD70). The presentations focused on the use of LiDAR technology for roadway and vehicle data analysis, providing valuable insights into the latest advancements in geospatial data acquisition.

    Another standout session was the Spotlight on Artificial Intelligence (AI) Research: Explainable AI, sponsored by the Standing Committee on Artificial Intelligence and Advanced Computing Applications (AED50). This session focused on Explainable AI (XAI) and featured presentations on how AI can explain its decisions in a human-understandable way. The talks highlighted the latest developments in XAI and its applications in transportation research.

    Throughout the meeting, I attended numerous other sessions, including the State of the Art and Future Vision on Artificial Intelligence Research and Applications in Transportation, where I learned about the current state-of-practice and future vision for AI in transportation. Presentations covered topics such as AI research activities at the U.S. Department of Transportation and AI applications in transportation practice.

    The exhibit hall was another exciting part of the TRB 2023 Annual Meeting. With nearly 200 exhibits on display, I had the opportunity to explore a wide range of transportation-related products and services. The Solutions Showcase theaters featured presentations from exhibiting organizations, providing insights into the latest advancements and innovations in transportation.

    On the fourth day, I attended the U.S. Department of Energy Secretary Jennifer M. Granholm and U.S. Department of Transportation Secretary Pete Buttigieg's "fireside chat." They discussed the federal government's plan to achieve "net-zero" carbon emissions in the U.S. transportation sector by 2050, emphasizing initiatives such as building a nationwide network of electric vehicle chargers and zero-emission transit infrastructure.

    The final day of the meeting featured a workshop on the state of the art in deep learning and its applications in transportation. Chaired by Mecit Cetin from Old Dominion University, the workshop covered a range of topics related to deep learning, including its applications in operations, safety, planning, and infrastructure. The panelists provided valuable insights into the challenges and opportunities presented by deep learning in transportation.

    Overall, attending the TRB 2023 Annual Meeting was a highly rewarding experience. I gained deep insights into the latest research and innovations in transportation, networked with leading professionals in the field, and participated in discussions that will shape the future of transportation. I am grateful for the opportunity to have been part of this prestigious event and look forward to applying the knowledge and connections gained towards my future research endeavors.

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