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Comprehensive Transportation Engineering Course Introduction

Dive into Transportation Engineering with this course covering system issues, design, traffic analysis, control, planning, and project evaluation. Grading includes exams, quizzes, and attendance.

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Comprehensive Transportation Engineering Course Introduction

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  1. CES 341 Transportation Engineering and PlanningLecture 1Course Introduction Asst. Prof. Dr. Mongkut Piantanakulchai Email: mongkut@siit.tu.ac.th

  2. Textbook • Introduction to Transportation Engineering, 2nd Ed, by James H. Banks, McGraw-Hill Lecture 1: Course introduction

  3. Contents (1/2) • Chapter 1: Introduction • Chapter 2: Transportation System Issues and Challenges • Chapter 3: Introduction to Physical Design of Transportation Facilitates • Chapter 4: Geometric Design • Chapter 5: Earthwork • Chapter 6: Surface and Guideways • Chapter 7: Mitigation of Environmental Impacts • Chapter 8: Traffic-Analysis Techniques • Chapter 9: Traffic Flow • Chapter 10: Highway Capacity Lecture 1: Course introduction

  4. Contents (2/2) Midterm Examination • Chapter 11: Traffic Control • Chapter 12: Transit Operations • Chapter 13: Transportation Demand Analysis • Chapter 14: Transportation Planning • Chapter 15: Transport Project Evaluation • Additional Topics: Transportation and Logistics Management Final Examination Lecture 1: Course introduction

  5. Grading System Attendance > 70% to attend final exam • Midterm examination 35% • Final examination 35% • Quiz & Homework 30% Note: Closed book examination Multiple-choices Lecture 1: Course introduction

  6. Tentative Grade Ranges • A 86-100 • B+ 76-85 • B 66-75 • C+ 56-65 • C 46-55 • D+ 36-45 • D 26-35 • F Below 25 Lecture 1: Course introduction

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