Introduction to transportation engineering with specific emphasis on the planning, design, and operation of transportation facilities.

A study of methods and tools necessary to create schedules for construction projects. The course focuses on types, methods, and processes of construction schedules.

A course for introducing new CEE students to the fields of civil and environmental engineering framed within cross-cutting topic areas

Introduction to engineering graphics for CEE covering sketching, computer-aided design, and essential concepts for the interpretation of design drawings.

This course examines city infrastructure systems and impact on urban sustainability. It further explores the role of smart technological solutions to address mounting urban sustainability challenges.

Topics of current interest in civil engineering.

Modeling tools for planning, forecasting, and evaluating freight transportation systems.

Overview of advanced methods for planning and estimating construction projects including resource allocation/management, project control techniques, interpretation of schedules and estimates, and value engineering.

Data analytics applications for CEE, accessing and assessing datasets, tools focused on machine learning, advantages and limitations of data driven approaches, communication data-driven assessments.

Data analytics applications for CEE, accessing and assessing datasets, tools focused on machine learning, advantages and limitations of data driven approaches, communication data-driven assessments.