Course Description: This course introduces Intelligent Transportation Systems (ITS) and their applications in road transportation. Topics include ITS technologies, data collection and analysis, and the integration of ITS in traffic management. Course Objectives:

1. Understand the principles of Intelligent Transportation Systems.
2. Explore various ITS technologies and their applications.
3. Learn data collection and analysis techniques for ITS.
4. Integrate ITS in traffic management systems.
5. Evaluate the benefits and challenges of ITS implementation.

Course Outcomes:

1. Implement ITS technologies in road transportation projects.
2. Collect and analyze data to improve traffic management.
3. Integrate ITS with existing traffic management systems.
4. Assess the impact of ITS on traffic flow and safety.
5. Enhance road transportation efficiency through ITS.

Course Description: This course explores the materials used in road construction, including their properties, applications, and performance. Students will learn about traditional and innovative materials, material testing, and quality control practices. Course Objectives:

1. Understand the properties of road construction materials.
2. Select appropriate materials for different road projects.
3. Learn material testing methods and standards.
4. Implement quality control practices in material selection.
5. Explore innovative materials for road construction.

Course Outcomes:

1. Select and use suitable materials for road construction projects.
2. Conduct material testing to ensure quality and performance.
3. Implement quality control practices in material selection and use.
4. Explore and apply innovative materials in road construction.
5. Ensure the durability and performance of road construction materials.

Course Description: This course focuses on the design and maintenance of road pavements. Topics include materials selection, pavement structure, design methodologies, and maintenance strategies to ensure pavement longevity and performance. Course Objectives:

1. Understand the principles of pavement design.
2. Select appropriate materials for pavement construction.
3. Learn pavement design methodologies.
4. Develop maintenance strategies for road pavements.
5. Evaluate pavement performance and longevity.

Course Outcomes:

1. Design durable and efficient road pavements.
2. Select suitable materials for different pavement projects.
3. Apply pavement design methodologies effectively.
4. Implement maintenance strategies to extend pavement life.
5. Assess and improve pavement performance over time.

Course Description: This course covers the principles of highway design, including geometric design, pavement design, and the integration of environmental considerations. Students will learn to design highways that meet safety, efficiency, and sustainability standards. Course Objectives:

1. Understand the principles of geometric highway design.
2. Learn pavement design techniques.
3. Integrate environmental considerations into highway design.
4. Apply design standards and guidelines.
5. Develop comprehensive highway design plans.

Course Outcomes:

1. Design highways that meet geometric and safety standards.
2. Implement pavement design techniques effectively.
3. Incorporate environmental sustainability into highway projects.
4. Apply relevant design standards and guidelines.
5. Create highway design plans that enhance safety and efficiency.

Course Description: This course introduces the fundamentals of road network planning, covering the principles, methodologies, and tools used to design and plan efficient road networks. Students will learn about traffic demand analysis, road hierarchy, and network connectivity. Course Objectives:

1. Understand the principles of road network planning.
2. Analyze traffic demand and patterns.
3. Design road hierarchies for optimal traffic flow.
4. Use planning tools and software effectively.
5. Develop comprehensive road network plans.

Course Outcomes:

1. Apply principles of road network planning in real-world scenarios.
2. Conduct traffic demand analysis using appropriate methodologies.
3. Design and implement efficient road hierarchies.
4. Utilize planning tools to create road network models.
5. Develop road network plans that meet community needs and safety standards.