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Autonomous Robot for Disposing of Nuclear Waste Containers

Problem Description:

 

The robot must be autonomous: no human intervention and no tethers.

• The demonstration robot must fit in a shed for deployment.

• The demonstration robot must deploy from its shed autonomously.

• There is no weight limit for the robot.

• The robot should be able to complete a demonstration of depositing multiple containers into the borehole in less than 1 minute.

• The robot will be allowed three attempts to complete its demonstration phase.

System Description:

 

The system can be split into its component subsystems based on the functions that it achieves. The primary functions of the current system can be split up as follows:

  • Ball detection

  • Ball collection

  • Line detecting

  • Line following

  • Ball dumping

 

 

Mechanical Design:

Previous Design

Final Design

Control Algorithm

Circuit Diagram

Edwin
Tan
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Bio

 

Master student, Mechanical Engineering, Purdue University,United State

Research engineer, Tangible Interaction Group, C Design Lab

Mentored by Professor Karthik Ramani. 

Design engineer, XDS Bicycle company

Current Engineering Co-Op, Kaleidoscope Product Design and Innovation

B.S degree, Mechanical Engineering, Sun Yat-Sen University

 

Research Interests:

Bicycle design, components design

Human Computer Interaction (HCI)

Sensors, embedded system,

IOT, smart connected device,

robotics, image processing 

Human-centered design

Medical Device, Human factors in Clinical Surgery 

 

Lab profile:https://engineering.purdue.edu/cdesign/wp/yanke-tan/

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© 2015 by  Designed by Yankee Tan

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