Marine Robotics for Conservation
( 25 Modules )

Module #1
Introduction to Marine Robotics for Conservation
Overview of the importance of marine conservation and the role of robotics in addressing oceanic challenges

Module #2
Marine Ecosystems and Conservation Challenges
In-depth look at the threats facing marine ecosystems, including pollution, overfishing, and climate change

Module #3
History and Evolution of Marine Robotics
Exploration of the development of marine robotics, from early autonomous underwater vehicles (AUVs) to modern platforms

Module #4
Types of Marine Robots
Survey of different types of marine robots, including AUVs, remotely operated vehicles (ROVs), and autonomous surface vehicles (ASVs)

Module #5
Sensing and Perception for Marine Robotics
Introduction to sensors and perception systems used in marine robotics, including sonar, cameras, and GPS

Module #6
Communication and Navigation for Marine Robotics
Discussion of communication and navigation systems for marine robots, including acoustic and radio communication

Module #7
Autonomy and Decision-Making for Marine Robotics
Exploration of autonomy and decision-making strategies for marine robots, including machine learning and AI

Module #8
Marine Robotics for Habitat Mapping and Monitoring
Case studies and examples of using marine robots for habitat mapping and monitoring, including coral reefs and seagrass beds

Module #9
Marine Robotics for Marine Life Tracking and Monitoring
Examples and applications of using marine robots for tracking and monitoring marine life, including fish and marine mammals

Module #10
Marine Robotics for Water Quality Monitoring
Discussion of using marine robots for water quality monitoring, including monitoring ocean acidification and nutrient levels

Module #11
Marine Robotics for Marine Debris and Pollution Monitoring
Case studies and examples of using marine robots for monitoring marine debris and pollution, including plastic waste and oil spills

Module #12
Marine Robotics for Climate Change Research
Exploration of the role of marine robots in climate change research, including ocean acidification and ocean warming

Module #13
Marine Robotics for Fisheries Management and Monitoring
Discussion of using marine robots for fisheries management and monitoring, including tracking fish populations and monitoring fishing gear

Module #14
Marine Robotics for Underwater Infrastructure Inspection
Case studies and examples of using marine robots for inspecting and maintaining underwater infrastructure, including oil rigs and wind farms

Module #15
Marine Robotics for Search and Rescue Operations
Exploration of the role of marine robots in search and rescue operations, including locating missing persons and assets

Module #16
Ethical Considerations for Marine Robotics
Discussion of ethical considerations for marine robotics, including privacy, safety, and responsible use

Module #17
Regulatory Frameworks for Marine Robotics
Overview of regulatory frameworks governing the use of marine robots, including international and national regulations

Module #18
Designing and Building a Marine Robot
Hands-on module where students design and build their own marine robot, including mechanical, electrical, and software components

Module #19
Testing and Validation of Marine Robots
Discussion of testing and validation procedures for marine robots, including simulation, prototyping, and field testing

Module #20
Integration of Marine Robotics with Other Technologies
Exploration of integrating marine robotics with other technologies, including satellite imagery, drones, and ocean models

Module #21
Marine Robotics for Coastal and Ocean Mapping
Case studies and examples of using marine robots for coastal and ocean mapping, including seafloor mapping and shallow-water surveys

Module #22
Marine Robotics for Underwater Archaeology and Cultural Heritage
Discussion of using marine robots for underwater archaeology and cultural heritage, including exploration of shipwrecks and ancient ruins

Module #23
Marine Robotics for Environmental Monitoring and Management
Exploration of using marine robots for environmental monitoring and management, including monitoring ocean health and responding to oil spills

Module #24
Marine Robotics for Education and Outreach
Discussion of using marine robots for education and outreach, including STEM education and public awareness campaigns

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Marine Robotics for Conservation career

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Marine Robotics for Conservation ( 25 Modules )

Marine Robotics for Conservation
( 25 Modules )