1: Introduction to Edge IoT in Environmental Monitoring
1.1 Overview of environmental monitoring and sustainability challenges
1.2 Role of Edge IoT in addressing environmental concerns
1.3 Key components and architecture of Edge IoT systems for environmental applications
1.4 Benefits of real-time data collection and analysis
1.5 Case studies: Edge IoT applications in environmental monitoring

2: Designing Edge IoT Solutions for Environmental Monitoring
2.1 Identifying environmental parameters for monitoring (e.g., air quality, water quality, energy usage)
2.2 Selecting appropriate sensors and edge devices for data collection
2.3 Designing and deploying Edge IoT solutions for different environmental scenarios
2.4 Connecting edge devices to central systems for data aggregation and analysis
2.5 Case study: Designing an Edge IoT solution for urban air quality monitoring

3: Data Collection and Real-Time Analysis
3.1 Techniques for collecting data from environmental sensors
3.2 Implementing real-time monitoring systems with Edge IoT
3.3 Data visualization and dashboard creation for environmental insights
3.4 Tools and platforms for analyzing environmental data(Ref: Data Analysis using IBM SPSS)
3.5 Case study: Real-time water quality monitoring in a river system

4: Leveraging Edge IoT for Energy Efficiency and Waste Management
4.1 Applications of Edge IoT in managing energy consumption and optimizing efficiency
4.2 Implementing smart grids and energy management systems with Edge IoT
4.3 Using Edge IoT for waste management: Monitoring and optimizing waste collection processes
4.4 Strategies for integrating Edge IoT with existing energy and waste management systems
4.5 Case study: Edge IoT solutions for reducing energy consumption in commercial buildings

5: Ensuring Data Accuracy and Reliability
5.1 Techniques for ensuring the accuracy and reliability of environmental data
5.2 Calibrating sensors and maintaining data quality
5.3 Managing data integrity and handling missing or erroneous data
5.4 Implementing redundancy and fail-safes in Edge IoT systems
5.5 Case study: Ensuring data accuracy in long-term environmental monitoring projects

6: Security and Privacy in Environmental Monitoring
6.1 Addressing security concerns related to Edge IoT in environmental monitoring
6.2 Implementing data encryption and secure communication protocols
6.3 Best practices for protecting sensitive environmental data
6.4 Strategies for maintaining privacy and compliance with regulations
6.5 Case study: Securing environmental monitoring data in a smart city project

7: Future Trends and Innovations
7.1 Emerging trends in Edge IoT for environmental monitoring and sustainability
7.2 Innovations in sensors, data analytics, and AI for environmental applications
7.3 The role of 5G and edge computing in enhancing environmental monitoring capabilities
7.4 Preparing for future developments and integrating new technologies
7.5 Case study: Future advancements in environmental monitoring using Edge IoT

8: Hands-on Lab and Final Project
8.1 Setting up Edge IoT devices for environmental monitoring
8.2 Configuring data collection, real-time analysis, and visualization tools
8.3 Designing a comprehensive Edge IoT solution for a specific environmental challenge (e.g., smart waste management, energy monitoring)
8.4 Final project presentations: Implementing and demonstrating an environmental monitoring system using Edge IoT
8.5 Group discussions, feedback, and Q&A