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TZID:Europe/Paris
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DTSTART:20260329T030000
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DTSTAMP:20241217T223906Z
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DTSTART;TZID=Europe/Paris:20251123T083600
DTEND;TZID=Europe/Paris:20251123T223000
DESCRIPTION:IEEE RAS Enetcom Student Branch Chapter (SBC) is excited to int
 roduce an innovative project focused on creating a robot to collect and di
 spose of garbage around the university campus. This initiative aims to com
 bine robotics with environmental sustainability\, developing an autonomous
  robot capable of navigating the campus\, identifying and collecting waste
 \, and disposing of it in designated bins. The project will involve design
 ing\, programming\, and testing the robot to ensure efficiency\, reliabili
 ty\, and the ability to navigate different terrains. Students will work to
 gether to integrate sensors for detecting garbage\, motors for movement\, 
 and intelligent algorithms for obstacle avoidance and task automation. Thi
 s initiative not only promotes a cleaner and more sustainable campus but a
 lso provides a hands-on opportunity for students to apply their robotics k
 nowledge in real-world applications.\n\nSfax \, route de Tunis Km 11\, Tec
 hnopole\, sfax \, Sfax\, Tunisia
LOCATION:Sfax \, route de Tunis Km 11\, Technopole\, sfax \, Sfax\, Tunisia
ORGANIZER:kottimaryem@ieee.org
SEQUENCE:4
SUMMARY:IEEE RAS Enetcom SBC: Robot for Campus Waste Collection"
URL;VALUE=URI:https://events.vtools.ieee.org/m/454050
X-ALT-DESC:Description: <br /><p>IEEE RAS Enetcom Student Branch Chapter (S
 BC) is excited to introduce an innovative project focused on creating a <s
 trong>robot to collect and dispose of garbage</strong> around the universi
 ty campus. This initiative aims to combine robotics with environmental sus
 tainability\, developing an autonomous robot capable of navigating the cam
 pus\, identifying and collecting waste\, and disposing of it in designated
  bins. The project will involve designing\, programming\, and testing the 
 robot to ensure efficiency\, reliability\, and the ability to navigate dif
 ferent terrains. Students will work together to integrate sensors for dete
 cting garbage\, motors for movement\, and intelligent algorithms for obsta
 cle avoidance and task automation. This initiative not only promotes a cle
 aner and more sustainable campus but also provides a hands-on opportunity 
 for students to apply their robotics knowledge in real-world applications.
 </p>
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