low-altitute economy infrastructure research
Project Description
Researching low-altitude economy infrastructure involves investigating the systems, technologies, and frameworks that support economic activities at lower altitudes, particularly in urban areas. Here are some key areas to focus on:
1. Infrastructure Development
Vertiports and Landing Zones: Analyze the design and location of infrastructures necessary for UAM.
Maintenance and Support Facilities: Look into the facilities needed for the maintenance of low-altitude vehicles.
2. Economic Impact
Investment Opportunities: Identify sectors likely to attract investment due to advancements in low-altitude technologies.
3. Environmental Considerations
Noise Pollution: Assess the impact of low-altitude operations on urban noise levels.
Emissions: Study the environmental footprint of low-altitude vehicles compared to traditional transport.
1. Infrastructure Development
Vertiports and Landing Zones: Analyze the design and location of infrastructures necessary for UAM.
Maintenance and Support Facilities: Look into the facilities needed for the maintenance of low-altitude vehicles.
2. Economic Impact
Investment Opportunities: Identify sectors likely to attract investment due to advancements in low-altitude technologies.
3. Environmental Considerations
Noise Pollution: Assess the impact of low-altitude operations on urban noise levels.
Emissions: Study the environmental footprint of low-altitude vehicles compared to traditional transport.
Supervisor
XIANG, Changying
Quota
5
Course type
UROP1100
UROP2100
UROP3100
UROP3200
UROP4100
Applicant's Roles
1. explore the targeting research directions.
2. Analyze data related to urban air mobility trends, economic impacts, and environmental considerations.
3. Utilize quantitative and qualitative methods to derive actionable insights.
4. prototype developing
5. report/paper writing
2. Analyze data related to urban air mobility trends, economic impacts, and environmental considerations.
3. Utilize quantitative and qualitative methods to derive actionable insights.
4. prototype developing
5. report/paper writing
Applicant's Learning Objectives
1. Understanding Urban Air Mobility (UAM)
Gain insights into the principles and technologies behind UAM, including drones and air taxis.
Analyze the current state and future potential of UAM within urban environments.
2.Data Analysis Techniques
Develop skills in data collection, analysis, and interpretation related to economic and environmental impacts.
Use statistical tools and software to assess trends and inform decision-making.
3. Technology Evaluation
Evaluate emerging technologies that can enhance low-altitude operations, such as navigation and flight management systems.
Understand the integration of different technologies within low-altitude infrastructure.
Gain insights into the principles and technologies behind UAM, including drones and air taxis.
Analyze the current state and future potential of UAM within urban environments.
2.Data Analysis Techniques
Develop skills in data collection, analysis, and interpretation related to economic and environmental impacts.
Use statistical tools and software to assess trends and inform decision-making.
3. Technology Evaluation
Evaluate emerging technologies that can enhance low-altitude operations, such as navigation and flight management systems.
Understand the integration of different technologies within low-altitude infrastructure.
Complexity of the project
Moderate