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UQ Robotics!

Welcome to METR 4202/7202 -- Robotics & Automation!


This course teaches the fundamentals of autonomous systems design and control -- including robotic systems analysis, synthesis.  The first part of this course will cover select mathematical techniques of Homogeneous transformations, serial (open-chain) kinematics, multi-body dynamics, state-space control, and vision as they pertain to solving complex geometrical problems seen in calculating the correct positions and speeds to drive the robot motors in order to move the arm in the desired manner.  The latter parts of this course discuss the design of controllers using state-space and adaptive control techniques. 

The goal, as explained in our recent paper, is to be able to understand
keywords in the robotics domain and, in particular, be able to interpret an abstract from a paper in a major robotics conference, such as ICRA or RSS.

Additional information can be found on the Courses & Programs listing and in the Course Profile (for METR4202 and METR7202)

Newsgroup & Class Forum:

Discussion and Q&A are on Piazza [METR4202].
To make it easier to find threads, we kindly ask that posts use [subject line] [tags].

Note that: UQ only materials and course grades are on UQ e-Learning(Please log-in for full course materials and details)

Links / Resources:

  1. 3D Frame Template
  2. METR4202: Cool Robotics Share!
  3. @METR4202 Twitter Feed!

Platypus2 Beta:

An open, online assignment submission system supporting peer assessment that randomizes on a per-question, as compared to a per assignment, basis.  (concept sketch

Assignments, Laboratories & Due Dates:

Schedule & Locations: 


Robotics, Vision & Control
by Peter Corke
Available for sale from Amazon -- Also available for online reading via SpringerLink
UQ Library eBook: 364220144X  

Contact Information:

Please refer comments & questions to:

Previous Courses:  METR4202/7202 -- 2016  ||  METR4202/7202 -- 2015  ||  METR4202/7202 -- 2014  ||  METR4202/7202 -- 2013  || METR4202/7202 -- 2012
© 2012 - 2017, Robotics Design Lab at The University of Queensland
This work is licensed under a Creative Commons License (BY-NC-SA)