Courses Taught:
VIP Course: Autonomous and Connected Transportation (ACT) Driving Simulator
(Spring 2024, Fall & Spring 2021/2022/2023, Fall 2020)
The major focus of the ACT Driving Simulator Team is to understand the interactions among drivers/travelers, emerging vehicular technologies related to connectivity and autonomy, and novel infrastructure designs, using a driving simulator environment, analytical modeling, and living labs. Using the data collected, the research team seeks to develop analytical models and perform data analytics to predict and support the future of autonomous and connected transportation.
Another focus of the ACT Driving Simulator Team is on developing systematic deployment tools that smart and connected communities (SCCs) can use to achieve their sustainable travel goals (in terms of enhancing travel mobility, safety, equity, access, active lifestyle, and health) in a quantifiable manner by leveraging advances in information, communication and sensor technologies. Multidimensional solutions that leverage emerging and ACT technologies are being developed to achieve sustainable travel goals using the City of Peachtree Corners (GA) as an immersive living lab.
CEE 8813 & ISYE 8803-PTA: Transportation Network Modeling and Analysis
(Fall 2019/2020/2021/2022/2023)
This course discusses concepts for the planning, design, operations and control of transportation networks. Focus is on system-level modeling of traffic network components and their interactions, prediction and optimization of network performance, and network dynamics and stochasticity. The roles of connectivity, autonomy, and mobility-as-a-service wil be placed in the modeling context.
CEE 8813: Transportation Systems Analysis
(Spring 2020/2021/2022/2023/2024)
This course aims to impart a systems perspective to transportation problems: that a transportation system should be viewed as a unified whole to be evaluated within the overall functional, social, and economic system of a given region rather than just the local effects of a particular action. Topics discussed in the class include the framework for transportation systems analysis, analysis of transportation demand, analysis of transportation system performance and supply, traffic assignment and equilibrium, and brief introductions to related methodological areas.
Courses Taught
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CE 392: Stochastic Concepts and Methods in Civil Engineering
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CE 398: Introduction to Civil Engineering System Design
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CE 594: Fundamentals of Transportation Systems Analysis
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CE 660: Demand Analysis and Forecasting
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CE 661: Algorithms in Transportation
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CE 565: Traffic Engineering Operations and Control
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CE 596: Network Models and Algorithms
Guest Lectures
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CE 290, Civil Engineering Seminar for sophomores, on transportation engineering and career opportunities
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CE 697T, Intelligent Transportation Systems, on simulation and traffic assignment
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AAE 560, System of Systems Modeling and Analysis, on modeling interdependent infrastructure systems