About

The IEEE International Environmental Engineering Conference is the flagship conference of the IEEE Environmental Engineering Initiative (IEEE EEI), a multidisciplinary collaboration across the whole IEEE directed to foster knowledge dissemination and innovation in environmental engineering and to promote a
sustainable future for the environment. This conference and the initiative are uniquely complementing the technical activities and the events of the IEEE units participating to EEI, by offering the opportunity of a multi-disciplinary forum to exchange knowledge and innovative ideas across the entire IEEE technical field. This event will allow for presenting a comprehensive showcase of expertise and experiences in the IEEE field to the scientific and professional communities in other technical areas of environmental engineering (such as civil engineering, environmental sciences, earth/ soil science, hydraulic engineering, chemical engineering, physics, biology, ecology, climate science, management, economics, social sciences, and more), thus opening opportunities for bigger and broader understanding and cooperation. This event will also allow government employees decision makers to understand better the opportunities offered by technology for data-driven decision processes.
The IEEE International Environmental Engineering Conference will focus on technologies, methodologies, systems, and applications for environmental engineering, specifically for modeling, monitoring, and control of natural and artificial environments to ensure livability and a sustainable future of the environments as well as well-being of individuals and the community.

The scope includes, but not limited to, all aspects related to environmental engineering, encompassing theory,
methodologies, technologies, applications, industry cases, and social/ethical implications:

• Sensors, instrumentation, measurements, sensor
networks, wireless sensor networks, remote sensing,
and UAV for environmental applications
• Digital architectures, analog/digital circuits,
electronic devices and systems, embedded systems,
reconfigurable and resilient architectures for
environmental applications
• Communications, networking, internet of things, cloud
and fog computing, and systems and network security
for environmental applications
• Environmental signal and image processing
• Environmental monitoring and management
• Environmental modelling and prediction
• Big data analytics, machine learning, artificial and
computational intelligence, knowledge extraction, data
fusion for environmental applications
• Environmental data management and protection, data
privacy
• Earth observation and environmental science

• Water, air, ocean environments and resources
• Water and air pollution monitoring
• Robotics, rescue systems, and human interfaces for
environmental applications
• Environment-friendly intelligent transportation and
aerospace systems
• Environment-friendly energy and resource production,
consumption and efficiency
• Electromagnetic environments
• Environment-friendly industrial manufacturing and
logistics
• Disaster prevention monitoring and management
• Reliability and safety in environments
• Environment designs
• Ethics, social, economic and technology management
factors and impacts on environments
• Environmental engineering for United Nations
Sustainable Development Goals