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Transportation Planning
Process
The transportation planning process almost always
involves the following six steps (in some form or
another):
1. Identification of goals/objectives (anticipatory
planning) or problems (reactive planning)
2. Generation of alternative methods of accomplishing
these objectives or solving these problems
3. Determination of the impacts of the different
alternatives
4. Evaluation of different alternatives
5. Selection of one alternative
6. Implementation
Page 2


Transportation Planning
Process
The transportation planning process almost always
involves the following six steps (in some form or
another):
1. Identification of goals/objectives (anticipatory
planning) or problems (reactive planning)
2. Generation of alternative methods of accomplishing
these objectives or solving these problems
3. Determination of the impacts of the different
alternatives
4. Evaluation of different alternatives
5. Selection of one alternative
6. Implementation
Transportation Engineering
 Transportation engineering is a sub-discipline of civil
engineering which deals with the application of
technology and scientific principles to the planning,
functional design, operation and management of
facilities for any mode of transportation in order to
provide the safe, rapid, comfortable, convenient,
economical, and environmentally compatible
movement of people and goods (transport).
 The planning aspects of transport engineering relate to
urban planning, and involve technical forecasting
decisions and political factors.
 Transportation engineering, as practiced by civil
engineers, primarily involves planning, design,
construction, maintenance, and operation of
transportation facilities
Page 3


Transportation Planning
Process
The transportation planning process almost always
involves the following six steps (in some form or
another):
1. Identification of goals/objectives (anticipatory
planning) or problems (reactive planning)
2. Generation of alternative methods of accomplishing
these objectives or solving these problems
3. Determination of the impacts of the different
alternatives
4. Evaluation of different alternatives
5. Selection of one alternative
6. Implementation
Transportation Engineering
 Transportation engineering is a sub-discipline of civil
engineering which deals with the application of
technology and scientific principles to the planning,
functional design, operation and management of
facilities for any mode of transportation in order to
provide the safe, rapid, comfortable, convenient,
economical, and environmentally compatible
movement of people and goods (transport).
 The planning aspects of transport engineering relate to
urban planning, and involve technical forecasting
decisions and political factors.
 Transportation engineering, as practiced by civil
engineers, primarily involves planning, design,
construction, maintenance, and operation of
transportation facilities
TRANSPORT  NETWORK TRANSPORT  NETWORK
MEANS OF  TRANSPORT
LAND WATER AIR
ROADWAYS RAILWAYS PIPELINES
INLAND
WAYS
OVERSEAS
WAYS
DOMESTIC
AIRWAYS
INTERNATIONAL
AIRWAYS
PUBLIC
UNDERTAKING
PRIVATE
AIRLINES
Page 4


Transportation Planning
Process
The transportation planning process almost always
involves the following six steps (in some form or
another):
1. Identification of goals/objectives (anticipatory
planning) or problems (reactive planning)
2. Generation of alternative methods of accomplishing
these objectives or solving these problems
3. Determination of the impacts of the different
alternatives
4. Evaluation of different alternatives
5. Selection of one alternative
6. Implementation
Transportation Engineering
 Transportation engineering is a sub-discipline of civil
engineering which deals with the application of
technology and scientific principles to the planning,
functional design, operation and management of
facilities for any mode of transportation in order to
provide the safe, rapid, comfortable, convenient,
economical, and environmentally compatible
movement of people and goods (transport).
 The planning aspects of transport engineering relate to
urban planning, and involve technical forecasting
decisions and political factors.
 Transportation engineering, as practiced by civil
engineers, primarily involves planning, design,
construction, maintenance, and operation of
transportation facilities
TRANSPORT  NETWORK TRANSPORT  NETWORK
MEANS OF  TRANSPORT
LAND WATER AIR
ROADWAYS RAILWAYS PIPELINES
INLAND
WAYS
OVERSEAS
WAYS
DOMESTIC
AIRWAYS
INTERNATIONAL
AIRWAYS
PUBLIC
UNDERTAKING
PRIVATE
AIRLINES
The Role of Transport Network
in the development
1. Lifelines of the Country-
2. Transportation
3. Turning of local market into national
market
4. Help in the development of economy
5. National integration of the country
6. Cultural integration
Page 5


Transportation Planning
Process
The transportation planning process almost always
involves the following six steps (in some form or
another):
1. Identification of goals/objectives (anticipatory
planning) or problems (reactive planning)
2. Generation of alternative methods of accomplishing
these objectives or solving these problems
3. Determination of the impacts of the different
alternatives
4. Evaluation of different alternatives
5. Selection of one alternative
6. Implementation
Transportation Engineering
 Transportation engineering is a sub-discipline of civil
engineering which deals with the application of
technology and scientific principles to the planning,
functional design, operation and management of
facilities for any mode of transportation in order to
provide the safe, rapid, comfortable, convenient,
economical, and environmentally compatible
movement of people and goods (transport).
 The planning aspects of transport engineering relate to
urban planning, and involve technical forecasting
decisions and political factors.
 Transportation engineering, as practiced by civil
engineers, primarily involves planning, design,
construction, maintenance, and operation of
transportation facilities
TRANSPORT  NETWORK TRANSPORT  NETWORK
MEANS OF  TRANSPORT
LAND WATER AIR
ROADWAYS RAILWAYS PIPELINES
INLAND
WAYS
OVERSEAS
WAYS
DOMESTIC
AIRWAYS
INTERNATIONAL
AIRWAYS
PUBLIC
UNDERTAKING
PRIVATE
AIRLINES
The Role of Transport Network
in the development
1. Lifelines of the Country-
2. Transportation
3. Turning of local market into national
market
4. Help in the development of economy
5. National integration of the country
6. Cultural integration
Roman Road Construction
Basic cross section
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FAQs on PPT: Transportation Planning Process - Transportation Engineering - Civil Engineering (CE)

1. What is transportation planning and why is it important?
Ans. Transportation planning is the process of defining future transportation needs and developing strategies to meet those needs efficiently. It involves analyzing current and future transportation patterns, identifying potential issues, and creating plans to address them. Transportation planning is important because it helps optimize the use of transportation resources, improves mobility, reduces congestion, and enhances sustainability in urban areas.
2. What are the key steps involved in the transportation planning process?
Ans. The transportation planning process typically involves several key steps. These include data collection and analysis to understand travel patterns and demand, forecasting future transportation needs, evaluating different transportation alternatives, developing plans and policies based on the evaluation, and implementing and monitoring the effectiveness of the plans. Public engagement and stakeholder involvement are also crucial components of the transportation planning process.
3. How does transportation planning consider environmental sustainability?
Ans. Transportation planning recognizes the importance of environmental sustainability and seeks to minimize the negative impacts of transportation systems on the environment. It may include measures such as promoting the use of public transportation, encouraging walking and cycling, implementing strategies to reduce vehicle emissions, and integrating land use and transportation planning to reduce the need for long commutes. Sustainable transportation planning aims to improve air quality, reduce greenhouse gas emissions, and preserve natural resources.
4. What are the challenges faced in transportation planning?
Ans. Transportation planning faces several challenges, including changing demographics and population growth, limited funding and resources, increasing congestion, and the need to accommodate multiple transportation modes. Other challenges include balancing the needs of different stakeholders, addressing equity and social justice concerns, and adapting to emerging technologies such as autonomous vehicles and shared mobility services. Additionally, transportation planners must consider the potential impacts of climate change and plan for resilience in the face of natural disasters.
5. How does transportation planning contribute to economic development?
Ans. Transportation planning plays a crucial role in facilitating economic development. Efficient transportation systems enable the movement of goods and people, connecting businesses to markets and consumers. By improving accessibility and reducing travel times, transportation planning can enhance productivity and competitiveness. It also supports job creation, attracts investment, and stimulates economic growth. Additionally, transportation planning can foster the development of sustainable and vibrant communities, attracting residents and businesses alike.
26 videos|91 docs|58 tests
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