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WE ARE TEAM VYADH

Welcome to our website! Discover the beauty of nature and adventure.

ABOUT US

Welcome to Team Vyadh, a dynamic group of 76 like-minded students hailing from SEDS-VIT Projects at Vellore Institute of Technology (VIT), India. Specializing in the design and construction of Mars Rovers, our team is driven by a collective passion for innovation. With a focus on advancing science and technology, we excel in robotic-arm engineering, autonomous traversal, and state-of-the-art communication and data acquisition systems for the exploration of the Red Planet. Our proven track record includes participation in prestigious competitions such as URC, IRDC, ERC, and IRC, where we consistently demonstrate our expertise and absorb valuable insights from the forefront of the field. Join us on this exciting journey as we continue to push the boundaries of space exploration and leave an indelible mark on the world of robotics and technology.

DOMAINS

Management
Management
  1. Coordinate competition docs.
  2. Manage permissions and finances.
  3. Oversee social media and publicity.
  4. Facilitate communication and decisions.
Astrobiology
Astrobiology
  1. Conduct experiments on samples.
  2. Detect life using sensors.
  3. Analyze chemicals via spectrometers.
  4. Collaborate on data collection.
GCS
GCS
  1. Intel NUC 8i7BEH with 32GB RAM.
  2. Foxglove-Studio for rover control.
  3. Publisher-subscriber WebSocket.
  4. Manage commands, data, and feeds.
Autonomous
Autonomous
  1. ROS 2 Nav2 and ROS 2 Control.
  2. Mars rover navigation autonomy.
  3. Advanced motion control systems.
  4. Seamless Martian surface operation.
Electrical
Electrical
  1. Design and layout rover PCBs.
  2. Develop reliable power systems.
  3. Motor control for precise actuation.
  4. Prototyping with Arduino platforms.
Mechanical
Mechanical
  1. Design products and select materials.
  2. Oversee manufacturing and assembly.
  3. Maintain and troubleshoot systems.
  4. Collaborate with other teams.
Electrical
Robotic Arm
  1. Design and developing Robotic Arm.
  2. Design and implement dependable power systems.
  3. Develop motor control systems for actuation.
  4. Prototype using Arduino platforms.

SPONSORS