Simon Kalouche

Reinventing fulfillment with nimble robots that can pick and pack anything.

Contact me: kalouche at cs.stanford.edu
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The Ohio State University

B.S. in Mechanical Engineering, 2014

Entrepreneurship & Innovation Minor
Magna Cum Laude & Honors Research Distinction
1st Place Award at Denman Undergraduate Research Forumn
Ohio State's Outstanding Undergraduate Research Award
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PhD Student (NDSEG)

Deep Learning for Robotics

Specializing in:

  • Visual Learning for robotic manipulation
  • Imitation Learning and Visuomotor control
  • Teleoperation
  • Low-cost quasi-direct-drive actuators
  • Exoskeletons and wearable robots
  • Haptics
  • Advised by Fei-Fei Li, Silvio Savarese and Ken Salisbury.

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    Master's Reseacher (NDSEG)

    Design and Control of Dynamic Force Controlled Legged Robots. Creator of the GOAT robot and the first low-cost quasi-direct-drive actuator for force-controlled robots.

    Goat is featured on (>1 Million views):
    IEEE Spectrum
    The Verge
    Tech Crunch
    Digital Trends
    The Next Web
    Wevolver
    Vocativ
    Discovery Channel, and more.

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    Master's Reseacher (NDSEG)

    Compliant Control of Reconfigurable Legged Robots using Series-Elastic Actuators

    Projects:
    Computer Vision for Retail Inventory Tracking
    Stock Forecasting Using Neural Networks
    Compliant Legged Locomotion
    Window Cleaning Robot
    Actuator Design

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    Undergraduate Reseacher at NASA

    Design of Compliant Mechanisms for Climbing Robots

    ACROBOT: Adhesive Climbing Robot developed at NASA JPL for servicing applications on the International Space Station.

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    Undergraduate Reseacher

    Control Moment Gyroscope Stabilization of Off-Road Vehicles

    Awarded grant for $250k to develop a 1/3-scale highly manueverable off-road vehicle for the AFRL Special Ops Transport Challenege.

    Honors Undegraduate Research Thesis on the design and control of multi-axis gimbal CMGs for vehicle stabilization and Manuverability.

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    Buckeye Bullet 3 Team

    AC Induction Motor Analysis


    AC Induction Motor analysis and carbon-fiber monocoque chassis studies. The 3rd Generation Buckeye Bullet uses two custom Venturi electric motors powered by LI-ON batteries; designed to safely reach 400 mph (world record). See the BB3 Website and some team press.
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    Awards and Press

    National Defense Science and Engineering Graduate Fellowship

    NSF

    NSF Graduate Research Fellowship Program

    • Received honorable mention for the 2014 class
    OSU

    The Ohio State University

    JPL

    NASA JPL/Caltech

    • Awarded 2014 NASA Ohio Space Grant Consortium Graduate Fellowship
    • Received Summer Undergraduate Research Fellowship in 2013 and 2014
    • Awarded JPL Center Innovation Fund to conduct research at Ohio State
    swartz

    James R. Swartz Entrepreneurial Fellow

    • Carnegie Mellon University 2016 Class of Swartz Fellows
    • The highly selective program develops each Fellow’s entrepreneurial potential and leadership skills through hands-on experiences, networking, mentoring and courses in entrepreneurship
    • Meet the Swartz Fellows
    CMU

    Carnegie Mellon University

    • Awarded 1st place in Carnegie Mellon’s Mechatronics 2015 Competition, $5k prize
    • Awarded James R. Swartz Fellowship
    • Awarded best applied paper at IEEE 2015 International Symposium on Safety, Security, and Rescue Robotics (SSRR)
    Pittsburgh Post-Gazette

    Pittsburgh Post-Gazette

    MSI

    Chicago Museum of Science and Industry

    The Next Web

    The Next Web

    CNET

    CNET

    Vocativ

    Vocativ

    Reuters

    Reuters News

    Discovery

    Discovery Channel

    2007 Drumline Talent Show Video