Digital solutions for mission planning and simulation of cooperative vendor-neutral autonomous marine vehicles using an integrated software platform
BEIA CONSULT INTERNATIONAL
Reference Teacher: External expert TBC
Teacher(s): External expert TBC
The course is designed to build basic knowledge in utilizing software platforms for simulating and coordinating Autonomous Underwater Vehicles (AUV). It seeks to familiarize students with the complete life-cycle of an autonomous mission, including navigation, environmental recognition, and communication systems.
N/A
The students will acquire a grasp of the fundamental principles and technological frameworks governing unmanned underwater vehicles (UUVs) and surface vehicles (USVs), encompassing their autonomous navigation algorithms and communication systems in a simulation environment. The students will comprehend the practical applications of the technology through visual aids, presentations, and demonstrations.
Through simulations, students will be able to put the acquired knowledge into practice and gain practical abilities in operating AUV’s. They will integrate theoretical concepts into practice, by participating in designing effective mission plans and control strategies.
The students will analyze various scenarios and challenges in the operation of autonomous marine vehicles. They will evaluate the suitability of various technologies and strategies for improving mission autonomy and safety.
Throughout the course, students will gain the ability to communicate in specific technical jargon, concepts related to AUVs and USVs. They will practice presenting their findings and recommendations effectively, both orally and in writing.
By actively engaging in simulations and collaborative projects, students will improve their ability to adapt to the rapid advancements in autonomous marine vehicle technologies. This experience will cultivate a mindset focused on continuous learning and innovation, preparing them for future developments in the field.
Basic knowledge in the field of informatics and telecommunication
This course will be a theoretical but also practical course and will combine lecture, laboratory and simulation activities.
The students are assessed based on their performance during the entire course.
The course will address the following content:
– Artificial Intelligence (AI)
– Unmanned Surface Vehicles (USVs)
– Underwater communication protocols
The expected learning outcomes can contribute to the achievement of the following goals: SDG 14: Life Below Water; SDG 9: Industry, Innovation, and Infrastructure.
By expressing interest via an official e-mail of BEIA at: office@beia.ro
Course Modules: The educational material and syllabus include:
Basic knowledge about software frameworks and functionalities for autonomous marine vehicles.
Basic information for mission planning and simulation of cooperative autonomous marine vehicles
Basic knowledge for the development and operation of a simulation environment for autonomous marine vehicles.
Basic knowledge for mission planning for autonomous marine vehicles.
Basic information about the ability to use simulation as a tool in mission planning for Autonomous Marine Vehicles (AMVs). This helps students to leverage virtual models to replicate real-world conditions, assess potential risks, and optimize operational strategies, ultimately enhancing their capability to plan and execute effective missions.
Basic information about collaborative mission planning tools that enable various autonomous marine vehicles to work together effectively, ensuring seamless communication, data sharing, and coordination.
Students will have access to online course support, and training materials.