Fall 2016 PhD Commencement
Michael Kim successfully defended his PhD thesis.
Congratulations, Dr. Kim!! Thesis title: Dynamics-Based Motion De-blurring and Panoramic Image Generation for A Compliant Camera Orientation Mechanism. The work has been supported in part by NSF grants.
A book on human modeling has been published
GT IRIM Seed Grant
A project submitted to the Institute for Robotics and Intelligent Machines at Georgia Tech ((IRIM) Seed Grant Program has been selected for funding. Project Title: Musculoskeletal Disorder Prevention by Robotic Constrain-as-Needed Exoskeleton (CANE) for Construction Workers. PI: Yong K Cho (CE) and co-PI: Jun Ueda (ME)
New vibrations in old tools allow surgeons to feel what they can’t touch

A small vibrating device added to surgical tools could improve surgeons’ sensitivity to different shapes and textures inside their patients’ bodies. Engineers have designed the small vibrating device to attach to any existing hand-held surgical tool and be used instantly, without requiring extra training for doctors. Yuichi Kurita, Yamato Sueda,…
ASME Journal of Medical Devices Technical Brief

Design and Analysis of an Articulated Single-Port Laparoscopic Surgical Device, by Rohan Katoch (GT), Yoshinori Yamakawa (NITI-ON), Jun Ueda (GT) and Hiroshi Honda (NITI-ON). This paper presents a design for an articulated single-port laparoscopic device, with manipulation in six degrees-of-freedom (DOF): three rotational DOF and three translational DOF. The general…
Spring 2016 Commencement
Ilya Kovalenko receives the 2016 NSF Graduate Research Fellowship
Ilya worked at the BRHML as an undergraduate research assistant and tech temp for Spring 2014-Summer 2015 has been awarded the NSF Graduate Research Fellowship. Ilya is currently a graduate student at the University of Michigan. Congratulations, Ilya.
Melih Turkseven successfully defended PhD thesis.
Congratulations! Thesis title (PhD in Mechanical Engineering): Design and Control of a Pneumatically Driven MRI Compatible Tele-Operated Haptic Interface. This work was supported by the NSF ERC Compact and Efficient Fuild Power (CCEFP).