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2ª Edição da Guerra de Robôs - UNIPINHAL

  • filipibiazoto
  • 5 de nov. de 2024
  • 1 min de leitura
  • Engenharia De Computação e Mecatronica


 

No dia 19/11/2024, às 20h30, aconteceu a Guerra de Robôs dos cursos de Engenharia de Computação e Mecatrônica!


Numa arena montada no Saguão do Bloco E, 5 robôs, desenvolvidos na disciplina de Tópicos Especiais em Engenharia sob a orientação do Professor Jean Vieira, batalharam até o último movimento!


Regras: venceria o robô que permanecesse ativo até o final! Os robôs foram criados com materiais do curso e sucata, e seus movimentos foram controlados via celular pelos alunos, utilizando um software mobile desenvolvido por eles.


Os participantes do projeto são do 8° nível, reunindo conhecimentos de várias disciplinas.

Parabéns a todos os envolvidos: professores, coordenação, alunos e funcionários!


Foi um show de tecnologia e inovação!


 










23 comentários


damsky kowalzki
damsky kowalzki
03 de nov.
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Ritik Patel
Ritik Patel
25 de out.

Interestingly, just as strategy and careful planning play a crucial role in events like the 2nd Edition of Robot War - UNIPINHAL, navigating life’s more personal battles, such as a divorce, also requires thoughtful preparation and professional guidance. While the challenges in a competitive robotics environment involve anticipating moves and calculating outcomes, a divorce similarly demands foresight, a clear understanding of rules, and the support of experts who know how to achieve favorable results. This connection may not seem obvious at first, but both scenarios underscore the importance of having the right team and strategy to reach a successful outcome.

Another factor to consider is the emotional intensity involved. Just as participants in the UNIPINHAL tournament experience stress and uncertainty…

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hsolmarketing
17 de out.

The 2nd Edition of Robot War - UNIPINHAL brought together some of the brightest young minds in robotics and engineering, showcasing creativity, innovation, and technological brilliance. This event was more than just a thrilling display of mechanical combat — it was a celebration of precision, automation, and control systems that are reshaping industries across the globe. From fine-tuning robotic movements to programming advanced sensors, the participants demonstrated how modern engineering principles can improve real-world systems. Interestingly, these same principles — accuracy, consistency, and efficiency — are also essential in industries far beyond robotics, including agriculture and food preservation.

In recent years, the integration of technology into agriculture has accelerated, transforming how we grow, harvest, and store food. Just as robots in…

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hsolmarketing
17 de out.

The 2nd Edition of Robot War – UNIPINHAL brought together brilliant young minds, creative engineers, and tech enthusiasts to showcase the power of innovation and modern technology. The event was a thrilling mix of intelligence, precision, and design mastery — as participants programmed and built robots capable of battling, strategizing, and performing complex tasks. Every move in the arena reflected planning, optimization, and problem-solving — skills that are just as valuable in fields like construction and material engineering.

Interestingly, the lessons learned in robotics competitions, such as efficiency, durability, and intelligent design, also apply to today’s construction innovations. Just as robots are engineered for precision and performance, modern buildings rely on advanced materials like PUF sheet roofing to achieve energy efficiency, strength,…

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hsolmarketing
17 de out.

The 2nd Edition of Robot War – UNIPINHAL was an inspiring event that brought together technology, innovation, and engineering brilliance. Participants showcased their skills by building robots capable of precise movements, quick responses, and intelligent performance. Behind the excitement of this competition lies the same principle that drives efficiency in industries — the science of optimizing motion and time. This idea directly connects to mtm (methods time measurement), a crucial tool used in industrial engineering to enhance productivity and streamline processes.

Just as robotics focuses on precision and control, mtm industrial engineering emphasizes improving human performance through motion analysis. In both fields, success depends on the ability to minimize waste, reduce errors, and optimize every movement. During the Robot War, robots…

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