Completed from United Kingdom
Just finished the Robótica Submarina course and I'm chuffed with how practical it was. I wanted to get a grip on building cheap underwater bots for hobby projects, and the lessons on 3D‑printed pressure housings gave me exactly that. The instructor walked us through wiring a Raspberry Pi on a buoyancy system, and we even got to test it in the campus pool. The PDFs were easy to follow and the video demos were spot‑on. All in all, a solid course that helped me hit my learning target – I can now design and program my own ROVs without a hitch.
The Robótica Submarina course at Stanmore School of Business exceeded my expectations. The curriculum was perfectly aligned with my goal of mastering underwater drone navigation. I especially appreciated the module on sensor integration, where I learned to calibrate pressure transducers and implement real‑time telemetry using ROS. The hands‑on lab sessions let me assemble a functional ROV and perform a depth‑test in the school’s water tank, which gave me confidence to lead a similar project at my workplace. Course materials were up‑to‑date, with clear schematics and video tutorials that referenced the latest industry standards. Overall, the experience was professional and highly rewarding, and I feel fully prepared to contribute to marine robotics research.
Estou super empolgada com o que aprendi no curso Robótica Submarina da Stanmore! Meu objetivo era entender como programar veículos autônomos para exploração marinha, e o módulo de controle de navegação subaquática foi incrível. Consegui programar um algoritmo de evasão de obstáculos usando sensores de sonar, e testei tudo em um tanque de água salgada. O material didático, com diagramas detalhados e exemplos de código em Python, facilitou muito o aprendizado. A experiência foi dinâmica e muito motivadora – agora já estou preparando um protótipo para um projeto de pesquisa na minha universidade.
The Robótica Submarina program was a thorough and detailed journey into underwater robotics. I aimed to acquire skills for designing pressure‑resistant enclosures, and the course covered material selection, finite‑element analysis, and actual fabrication techniques. The case study on a marine survey ROV allowed me to apply CAD modeling and simulate buoyancy calculations, which I later replicated in a lab prototype. The lecture slides were comprehensive, and the supplemental reading list referenced recent IEEE papers, ensuring relevance. Overall, the course delivered a deep understanding and practical competence that aligns perfectly with my engineering goals.
