Cole Zanni Email & Phone Number

Binghamton University, New York, United States

- Developed a chemical reaction model applying the Gillespie algorithm and tree expansion methodology to analyze the average number of molecules and dimers within a designated spatial domain- Developed military deployment simulation models using decision tree algorithms, specializing in the coordination and analysis of battlefield engagements- Demonstrated effectiveness of the 3:1 military strategy across varied scenarios through simulation analysis, determining optimal force ratios for success- Developed a Java-based baseball simulation model using paratemporal methods based on tree expansion with real player statistics to generate optimized lineups by maximizing expected runs- Produced probability distribution graphs to illustrate the frequency of each player's assignment to lineup positions within the top 10% of lineups, based on expected runs, offering insights into player placement consistency in successful lineups- Conducted a comparative analysis between tree expansion simulation and Monte Carlo simulation using RNG for batting outcomes, revealing a 12-fold increase in speed and 0% error in tree expansion simulation to RNG method’s .04% error

Binghamton University, New York, United States

- Gained hands-on experience in DEVS (Discrete Event System Specification) modeling and simulation techniques, using MS4 Me software to create innovative models- Developed a metaphorical mailroom model to represent the dynamic interaction between hardware and software components, showcasing a growing understanding of communication processes in system design- Designed and implemented a model featuring an initializer, calculator, and recorder, facilitating data processing and structured communication between components- Contributed to a complex baseball simulation model, managing the states and outcomes for each base on the baseball field and implemented logic to track runs, outs, and occupancy changes based on hit outcomes and the players' positions on the bases

Binghamton University, New York, United States

Data 503: Applied Optimization & Decision Analytics- Conducted guest lectures to supplement classroom instruction, demonstrating the use of optimization software- Graded assignments and exams and provided constructive feedback to support student learning and improvement

- Take customers’ orders and write ordered items on tickets, wrap the orders when ready and return them to the customer in an organized fashion- Use cash registers to complete transactions and make correct change- Handle customer questions and concerns with a calm and level-headed approach

- Maintained clean and well-organized kitchen areas to promote efficiency- Cleaned, sanitized, and organized food speed racks, bins, and dry storage racks to keep food storage areas neat and prevent food-borne illness- Washed work area tables, walls, refrigerator equipment, cooking equipment, and floors to keep sanitized kitchen

Master'S Degree, Industrial And Systems Engineering, 3.88/4.00

Completed Masters Thesis: “Optimizing Baseball Lineups Through Tree Expansion Simulation Analysis”

Bachelor'S Degree, Industrial And Systems Engineering, 3.89/4.00

Activities and Societies: Sigma Chi Fraternity, Institute of Industrial and Systems Engineers

Minor, Mathematics

High School Diploma

Activities and Societies: National Honor Society, Math Honor Society, Varsity Soccer Captain, Varsity Tennis Captain, Chess club