//Alumni
Alumni 2017-06-04T22:06:18+00:00

Alumni




Alumni count is 873

Nishant Agrawal
Program: MSCV
Graduation Date: December, 2017

Paloma Sodhi
Program: MSR
Graduation Date: August, 2017
Advisors: David Wettergreen
Thesis: In-field Plant Phenotyping using Model-free and Model-based methods

Paul Calhoun
Program: MRSD
Graduation Date: May, 2017

Po-Wei Chou
Program: MSR
Graduation Date: August, 2017
Advisors: Sebastian Scherer
Thesis: The Beta Policy for Continuous Control Reinforcement Learning

Prakruti Gogia
Program: MSCV
Graduation Date: December, 2017

Prerna Chikersal
Program: MSR
Graduation Date: August, 2017
Advisors: Laura Dabbish
Thesis: Deep Structures of Collaboration

Puneet Puri
Program: MSR
Graduation Date: August, 2017
Advisors: Michael Kaess
Thesis: Real-time Dense Mapping without Pose Graph using Deformation and Orientation

Rosario Scalise
Program: MSR
Graduation Date: May, 2017

Rui Zhu
Program: MSR
Graduation Date: August, 2017
Advisors: Simon Lucey
Thesis: Shape Prior Meets Geometry in Single and Multi-view Shape Reconstruction

Sai Pandi Selvaraj
Program: MSR
Graduation Date: August, 2017
Advisors: Manuela Veloso
Thesis: Verbalization of Service Robot Experience as Explanations in Language Including Vision-Based Learned Elements

Sambuddha Sarkar
Program: MRSD
Graduation Date: December, 2017

Sameer Bardapurkar
Program: MSR
Graduation Date: August, 2017
Advisors: Maxim Likhachev
Thesis: Applications of Experience Graphs in Humanoid Motion Planning

Samuel Chandler
Program: MRSD
Graduation Date: December, 2017

Sandeep Konam
Program: MSR
Graduation Date: May, 2017

Sanjay Narayanan
Program: MRSD
Graduation Date: December, 2017

Sarah T. Tan
Program: MSR
Graduation Date: December, 2017

Saurabh Nair
Program: MRSD
Graduation Date: December, 2017

Sean Bryan
Program: MRSD
Graduation Date: May, 2017

Senthil Purushwalkam Shiva Prakash
Program: MSR
Graduation Date: May, 2017

Seungmoon Song
Program: PhD
Graduation Date: April, 2017
Advisors: Hartmut Geyer
Thesis: The Development, Evaluation and Applications of a Neuromechanical Control Model of Human Locomotion