News

March 28, 2022

Congrats to Anson Kwan, who recently defended his Barrett Honors Thesis.

February 15, 2022

Dr. Mohammad Sharifzadeh and Doctoral Student Yuhao Jiang just got their paper accepted to ICRA 2022. We’ll see you there in May!

Sharifzadeh, M., Jiang, Y., Salimi Lafmejani, A., & Aukes, D. (2022). Compensating for Material Deformation in Foldable Robots via Deep Learning – A Case Study. 2022 IEEE International Conference on Robotics and Automation (ICRA)(Accepted).

January 24, 2022

Dr. Aukes recently presented recent work at the DREAMS/CPAR Seminar at Berkeley.

https://citris-uc.org/event/dreams-cpar-seminar-daniel-aukes/

December 12, 2021

Dr. Aukes recently presented some recent work at the ATLAS Institute. This has just been posted.

https://www.colorado.edu/atlas/atlas-colloquium

July 1, 2021

Congrats to Roozbeh Khodambashi, who recently defended his PhD Thesis.

June 1, 2021

Congrats to Mohammad Sharifzadeh, who recently defended his PhD Thesis

April 21, 2021

We are seeking research assistants to work 10 hours per week in the IDEAlab on the Poly campus. This project will focus on developing a testing platform built on the Robotic Operating System (ROS) for testing various foldable robots with a number of different integrated hardware solutions. The project will require familiarity with Python, Linux, serial and ethernet-based communication protocols.

The goal is that by the end of the summer, numerous systems will be communicating and controlled over a ROS-based network.

January 25, 2021

Congrats to Roozbeh Khodambashi and the rest of our research team for our new paper in Advanced Materials.

https://onlinelibrary.wiley.com/doi/abs/10.1002/adma.202005906 https://fullcircle.asu.edu/research/behaving-like-animals/

October 15, 2020

Cole Brauer and Dr. Aukes were featured in a recent post on ASU’s Full Circle

July 15, 2020

The IDEAlab is hiring for multiple positions in Wearable Robotics. See details here

March 24, 2020

Congrats to Cole Brauer, the recipient of the Dean’s Fellowship, and the newest of the IDEAlab’s PhD researchers!

March 19, 2020

Professor Aukes has been featured in Full Circle for the recent news regarding his Career Award!

Press, Projects

March 15, 2020

We are sorry to say that the SWRS 2020 is cancelled. Check here for more information as it unfolds

March 4, 2020

Consider submitting to the Symposium on Computational Fabrication. Deadline April 10

https://scf.acm.org

February 28, 2020

We are excited about the new Foundational Robotics program at NSF with regard to robotics!

link

February 25, 2020

Foldable Robotics will be taught in Fall 2020! More info here as it develops

February 21, 2020

We are excited to be a part of the 2020 Southwest Robotics Symposium Please consider submitting a poster or attending April 2-3 in Mesa, AZ!

December 16, 2019

Please visit back for details soon.

April 20, 2019

Here is the graduate student travel funding request form/information.

ResourceLinkDetails
Graduate & Professional Student Association (GPSA)linkFor graduate students.
Travel Grant ProgramlinkUndergraduates
Barrett Honors CollegeN/AVisit Barrett
FURIlinkFor students who participated in FURI
Graduate CollegelinkFor Graduate Students
KEEN Student Mini Grantslink
PolyFormEmail form to amy.wolsey@asu.edu
October 23, 2017

Professor Aukes will be teaching an EGR598 class this Spring called Foldable Robotics.

Description

Foldable Robotics is a class which comes from a new class of active robotic devices being developed in research labs across the country. These devices are designed and built using flat sheets of a wide variety of materials, and folded up to create both form and motion. This class studies these devices from initial prototype and design through implementation and optimization, with a focus on application-specific projects which seek to solve problems of cost, parallelism, complexity, and time with a relatively fast and easy prototyping method.

May 16, 2017

Dr. Aukes has been named a 2017 Keen Professor! This award, presented by the Kern Foundation, is given faculty members who propose novel ideas in teaching with an entrepreneurial focus.

May 1, 2017

We have had two papers recently accepted!

[1] K. Luck, J. Campbell, M. Jansen, D. M. Aukes, and H. Ben Amor, “From the Lab to the Desert : Fast Prototyping and Learning of Robot Locomotion,” in Robotics: Science and Systems Conference, 2017.

[2] A. Jansen, K. S. Luck, J. Campbell, H. Ben Amor, and D. M. Aukes, “Bio-inspired Robot Design Considering Load-bearing and Kinematic Ontogeny of Chelonioidea Sea Turtles,” in Living Machines, 2017, pp. 1–12.

February 17, 2017
[ASU Now Link](https://asunow.asu.edu/20170219-sun-devil-life-asu-night-open-door-polytechnic-thunderbird-campuses?utm_campaign=SFMC_Now-022017_ASU%20Now&utm_medium=email)
February 11, 2017

Prof. Aukes will be featured in The Origami Revolution, airing on PBS Feb 15!

January 5, 2017

Topics

  • Wiki / CMS / Slack / collaboration tools
  • reference management
  • conference planning
  • equipment and materials purchases
  • computers
  • documentation

Upcoming Training

  • laser cutter & laminates manufacturing
  • python & codebase
  • dynamics
  • fea
  • markdown, jekyll, & latex integration

misc

lynda

Presentation: Dan Lab Overview

October 15, 2016

Professor Aukes gave a talk at the “Folding in Robotics” workshop at IROS.

April 1, 2016

The robotics group at The Polytechnic School just hosted several busloads of kids during their annual DiscoverE day on campus, as well as a public open house on Friday, April 1 2016. Thanks to all for coming!

March 21, 2016

Professor Aukes will be at ICRA, May 16-20. He will be available to consult with anyone interested in using popupCAD and/or building laminate devices. You can email him at danaukes-at-asu.edu to schedule an appointment.

March 10, 2016

Professor Aukes will be teaching a new EGR598 class this fall called Foldable Robotics.

Description

Foldable Robotics is a class which comes from a new class of active robotic devices being developed in research labs across the country. These devices are designed and built using flat sheets of a wide variety of materials, and folded up to create both form and motion. This class studies these devices from initial prototype and design through implementation and optimization, with a focus on application-specific projects which seek to solve problems of cost, parallelism, complexity, and time with a relatively fast and easy prototyping method.