As the use of robotics in data collection continues to grow, the Scientific Robotics Academy at the Scottish Association for Marine Science (SAMS) is hosting two training courses this March. The courses aim to equip participants with the skills necessary to work with autonomous platforms and apply photogrammetry techniques to environmental monitoring. With the rapid expansion of AI and robotics technologies, these courses are timely and relevant for researchers, engineers, planners, and environmental managers looking to improve their career prospects.
By the end of this decade, autonomous systems are expected to become a dominant method for data collection, making it essential for professionals in these fields to be familiar with such systems. The courses offer practical experience with autonomous platforms and necessary data processing skills to support that. This shift towards autonomous data collection is driven by advancements in technology, including the increasing affordability and reliability of autonomous systems.
As Dr. Phil Anderson notes, those who understand the strengths and limitations of these systems will be well-positioned to adapt to this change and contribute to its development. The new courses are backed by Argyll and Bute Council, with renewable energy developer Nadara part-sponsoring places for the first 10 applicants.
This partnership highlights the growing interest in environmental robotics and the need for training programs like these. By supporting the next generation of professionals in this field, organizations like Nadara are investing in a more sustainable future. The courses will focus on two key areas: environmental monitoring using autonomous platforms and applied photogrammetry for environmental monitoring.
These topics are critical to understanding the impact of human activity on the environment and developing effective strategies for conservation and management. With their beginner-to-intermediate level and intermediate-to-advanced level offerings, the courses cater to a range of needs and skill levels. The Scientific Robotics Academy's development course last September has laid the groundwork for these new offerings, demonstrating the academy's commitment to providing high-quality training programs in environmental robotics.
As the field continues to evolve, it is essential that professionals have access to the skills and knowledge necessary to work effectively with autonomous systems and apply photogrammetry techniques to environmental monitoring. The courses will provide participants with hands-on experience and the opportunity to network with peers and industry experts. By the end of these courses, participants will be better equipped to contribute to the development of sustainable practices and conservation strategies that rely on data-driven insights from environmental robotics.
The growth of autonomous systems in data collection is a significant shift for professionals in environmental monitoring, requiring them to adapt their skills and knowledge. By providing training programs like these, organizations can help ensure that the next generation of professionals has the expertise necessary to work effectively with autonomous platforms and apply photogrammetry techniques.
