Rachel Hoffman-Bice, PhD
Mechanical Design · Robotics and Controls · Medical Devices · Warehouse and Factory Automation
I grew up in a small town just outside Pensacola, Florida, earned my B.S. in Mechanical Engineering from the University of Florida in 2015, and went on to MIT for a Master’s (2017) and PhD in Mechanical Engineering in the d’Arbeloff Laboratory (2021) with a focus on Robotics and Machine Design. My graduate research focused largely on topics relating to warehouse and factory automation. For my Master’s degree, I designed and modeled an alternative object retrieval system to let e-commerce companies put fulfillment centers in dense urban areas. My PhD research focused on the design of a custom robotic gantry crane and the precision insertion of extremely heavy cable-suspended pegs, a challenging problem due to the unidirectional stiffness of cables.
I have a passion for challenging problems that can be solved through a combination of clever mechanical design and innovative control theory. My primary topics of interest are technology related to women’s health, surgical robotics and warehouse and factory automation.
Education [3]
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PhD
Mechanical Engineering
Specialization in Robotics and Machine Design
Dissertation: Precision Assembly of Underconstrained Heavy Shafts Suspended By Multiple Cables From A Robotic Crane. Minor in Leadership and Management. GPA 4.9/5.0.
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SM
Mechanical Engineering
Thesis: A Multi-Track Elevator System for E-Commerce Fulfillment Centers, which won the Best Application Paper Award at IROS 2017. GPA 4.9/5.0.
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BSME
Mechanical Engineering
Summa cum laude with a minor in Electrical Engineering, GPA 3.97/4.0. Outstanding Four-Year Scholar Commencement Award, one of three across the College of Engineering.
Experience [6]
Projects [14]
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UV Disinfection Robot
2020
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Desktop CNC Router Assessment
2020
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Lathe Spindle
2020
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GRAC — Compliant Robotic Leg
2019
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Disassembly Matrices from CAD Meshes
2019
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T-Based Precision Lathe
2018
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RAWHIDE — Robotic Assisted Wire Harness Installation
2018–2019
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Equilibrium-Point Robot Arm
2017
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MEG-Compatible Keyboard
2016
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Mystery Manor Reveal Effect
2016
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Blizzard Rescue
2015
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DrumBot
2015
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Scoot Case
2014–2015
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Slalom Course Robot
2012
Publications [9]
- 2021 Precision Assembly of Underconstrained Heavy Shafts Suspended By Multiple Cables From A Robotic Crane
- 2021 Control Strategy for Jam and Wedge-Free 3D Precision Insertion of Heavy Objects Suspended with a Multi-Cable Crane
- 2020 Leveraging the Human Operator in the Design and Control of Supernumerary Robotic Limbs
- 2020 Precision Assembly of Heavy Objects Suspended with Multiple Cables From a Crane
- 2020 Device Prototype for Vaginal Delivery of Extremely Preterm Fetuses in The Breech Presentation
- 2017 A Multi-Track Elevator System for E-Commerce Fulfillment Centers
- 2017 Music and the Brain – Design of an MEG Compatible Piano
- 2017 A Multi-Track Elevator System for E-Commerce Fulfillment Centers Winner, Best Application Paper Award
- 2015 A Method for Obtaining Formula One Race Track Curvature for Use in Solving Minimum Lap Time Optimal Control Problems


