Seeking a career in developing robots that move safely.
Contact
Email pdholmes19@gmail.com
Website https://patrickdanielholmes.com
Github
pdholmes
Google Scholar
Patrick D. Holmes
LinkedIn
Patrick D. Holmes
Work
University of Michigan Ford Center for Autonomous Vehicles / ROAHM Lab
Senior Engineer in Research
October 2021
— Present
Developing safe trajectory planning and control algorithms for autonomous robots.
Education
University of Michigan
August 2015
— August 2021
Mechanical Engineering, MS, PhD (3.74 GPA)
Courses
- BIOMEDE 533 - Neuromechanics
- EECS 442 - Computer Vision
- EECS 545 - Machine Learning
- EECS 563 - Hybrid Control
- MATH 451 - Advanced Calculus
- MATH 602 - Functional Analysis
- MECHENG 540 - Intermediate Dynamics
- MECHENG 543 - Analytical and Computational Dynamics I
- MECHENG 561 - Design of Digital Control Systems
- MECHENG 564 - Linear Systems Theory
- MOVESCI 230 & 231 - Human Musculoskeletal Anatomy (Audit)
University of California Berkeley
August 2011
— May 2015
Mechanical Engineering, BS (High Honors, 3.92 GPA)
Courses
- ELENG 40 - Circuits
- MECHENG 40 - Thermodynamics
- MECHENG C85 - Introduction to Solid Mechanics
- MECHENG 102a - Introduction to Measurement Systems
- MECHENG 102b - Mechatronics Design
- MECHENG 104 - Dynamics
- MECHENG 106 - Fluid Mechanics
- MECHENG 107 - Mechanical Engineering Laboratory
- MECHENG 108 - Mechanical Behaviors of Engineering Materials
- MECHENG 109 - Heat Transfer
- MECHENG 110 - Introduction to Product Development
- MECHENG 120 - Computational Biomechanics Across Multiple Scales
- MECHENG 131 - Vehicle Dynamics and Control
- MECHENG 132 - Dynamical Systems and Feedback
- MECHENG 135 - Design of Microprocessor-based Mechanical Systems
- MECHENG 170 - Intermediate Dynamics
- MECHENG C176 - Orthopedic Biomechanics
- MATH 53 - Multivariable Calculus
- MATH 54 - Linear Algebra & Differential Equations
Projects
Publications
Awards
RSS Pioneer
July 2020
Robotics: Science and Systems 2020 Pioneers Workshop
One of 28 senior PhD students selected to present.
Best RA-L Paper Award
August 2022
IEEE International Conference on Biomedical Robots and Biomechatronics
For the publication ‘‘Predicting Sagittal-Plane Swing Hip Kinematics in Response to Trips.’’
Best Student Paper Award
October 2019
ASME Dynamic Systems and Control Conference (DSCC)
For the publication ‘‘Safe, aggressive quadrotor flight via reachability-based trajectory design.’’
Drake Scholar
August 2011 - May 2015
UC Berkeley Dept. of Mechanical Engineering
One of six ME students awarded a full academic scholarship to attend UC Berkeley.
Skills
Programming
MATLAB, C++, Python, and LaTeXSoftware
Git, Ubuntu, SolidWorks, Simulink, LabVIEW, and Microsoft OfficeSystems/Math
Robot Kinematics and Dynamics, Linear/Nonlinear Systems and Control, Hybrid Systems, Human Biomechanics, and Real/Functional AnalysisTools
Motion Planning, Reachability Analysis, Optimization, Machine Learning, and Computer VisionLanguages
English
Native