Research: Activity-Based Models and Dynamic Traffic Assignment
Research Field: Activity-Based Models and Dynamic Traffic Assignment
Mohammad Ali Amjadi Torshizi is a dedicated Transportation and Civil Engineer with a strong foundation in transportation modeling, planning, and logistics, complemented by practical expertise in structural and highway engineering. He is currently pursuing a PhD in Transportation and Infrastructure at Sapienza University of Rome, building upon an academic journey that began with a Bachelor's degree in Civil Engineering from Sadjad University of Technology and a Master's degree in Transportation Systems Engineering at Sapienza University of Rome, Italy. His primary research contributes to the development of advanced methods for transportation systems analysis and optimization.
As part of his master's thesis, Mohammad Ali conducted a capacity analysis using microsimulation to enhance shunting yard operations at the Port of Venice, demonstrating his ability to apply advanced methodologies to real-world challenges. Throughout his career, he has developed and calibrated transportation models, analyzed traffic systems, and optimized freight and passenger networks using cutting-edge tools such as PTV Visum, PTV Vissim, and AnyLogic.
With professional experience at TEC in Rome, a partner of the PTV Group, and involvement in projects like the Neom Strategic Demand Model, he has honed his skills in data-driven decision-making, simulation, and transportation planning. He is proficient in multiple technical tools and programming languages, including MATLAB and Java, bringing a results-oriented mindset to every project.
His goal is to drive impactful solutions in transportation systems while contributing to advancements in infrastructure, sustainability, and innovative modeling approaches.