Summary of Transportation Planning and Traffic Engineering (Fall 2025)

Transportation Planning and Traffic Engineering (Fall 2025)

This course has been designed to understand the concept of Transportation Planning and traffic Engineering

Teacher: Saurav Barua

Skill Level: Beginner

Welcome notes

Announcements

CE 351 suggestion Fall 24

Introduction

Reference Book _ Khanna

Syllabus and course plan

Suggestion midterm Fall 24

Topic 1: Introduction to Transportation Engineering, Development of Transportation Systems

Discussion Forum Regarding Basic concept of Transportation Engineering

Power Point Slide

Topic 2: Geometric Design of Highways

Power Point Slide

Topic 3: Road Intersections and Interchanges

Road Intersections and Interchanges

Topic 4: Traffic Engineering

Traffic Engineering

Topic 5: Traffic Engineering (Cont.)

Vehicle and Traffic Characteristics

Midterm Examination

Topic 6: Traffic Engineering (Cont.)

Traffic Engineering Tools

Topic 7: Speed, flow, density study

Fundamental Diagram

Topic 8: Traffic Control Devices

Traffic Signal

Test

Test Feedback

Flexible pavement Design

Topic 9: Transport-planning-and-modeling-solutions

Transport-planning-and-modeling-solutions

Topic 10: OD survey, Parking study, Road marking, terminals

ITS components

Quiz 1_Summer 2021

Quiz 1 (201_Eve)

Quiz 2_Summer 2021

Quiz 2 (201 Eve)

Quiz 3_Summer 2021

Quiz 3_201 Eve

Course overview

Feedback

Final Assessment (Spring_2021)

Mid Term Assessment_Summer 2021

Assignment & Presentation _Spring 2023

Assignment

Presentation

Final Assessment _Summer 2021

Fall _2023

Online Class Lecture

Class Lecture _01. 11. 2023

Basic Question

Class Lecture on 05.11.2023

Class Lecture _12.11.2023

Class Lecture _15.11.2023

QUIZ_Fall 2023

Third Quiz

Lecture materials SB

reference book

Assignment and Presentation

Assignment

Presentation submission [8 marks]

Assignment in lieu of Class Test (CT)

Updated course materials (Spring 25)

CE 351, L1, Introduction

CE 351, 1a- Transportation problem (math exercise)

CE 351, L2, ITS and Landuse-transportation interaction

CE 351, L3, Four Steps of Transportation model

CE 351, L4, Geometric design of Highways

CE 351, L5, Roadway Intersections &amp; Interchanges, bicycle and pedestrian facilities

CE 351, L5a, Interchanges with traffic circulation plan, Gauss Jordan for traffic flow calculation

CE 351, L6, The Road and Traffic System, Vehicle and Traffic Characteristics, Human characteristics

CE 351, L7, Traffic Engineering

CE 351, L8, Traffic Studies

CE 351, L9, Traffic Control Devices

CE 351, L10, Parking and Street Lighting, Road safety and Accident analysis

CE 351, L11, Transportation in Bangladesh

CE 351, 4a- Transportation problem (math exercise)

L8a pdf, LGED traffic count notes

Supporting materials

Assignment grade sheet and rubrics

Presentation grade sheet and rubrics

CE 351, L5, Roadway Intersections & Interchanges, bicycle and pedestrian facilities