Alexander Elias

Senior Software Engineer, Motion Planning at Standard Bots

New York, New York, United States
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Summary

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Senior
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Top School
Alexander Elias is a Senior Software Engineer specializing in motion planning and robotics with nine years of experience blending theoretical rigor and hands-on systems engineering. He holds a PhD from RPI and is the creator of IK-Geo, an open-source geometric inverse kinematics solver used by NASA and cited on Wikipedia, and developed a stereographic SEW angle that expands singularity-free workspaces for 7R arms. His work spans robot kinematics, multi-robot formation control, and embedded control—delivering validated hardware, ROS integration, and centimeter-level localization for real-world manufacturing and on-orbit servicing problems. Comfortable moving between proofs and production code, he has a track record of uncovering surprising properties in commercial robots (e.g., demonstrating cuspidality in ABB manipulators) and shipping practical tools that enable safer, more capable robotic systems.
code9 years of coding experience
bookPhD, Robotics, Control and Automation, 3.97/4.00, PhD, Robotics, Control and Automation, 3.97/4.00 at Rensselaer Polytechnic Institute
languagesSign languages, English
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Github Skills (29)

crud-application10
inverse-kinematics10
matlab10
python9
cpp9
rust8
internal-tools8
parameterization8
ai-agent8
low-code7
open-source7
no-code7
workflow-engine7
ieee7
workflow-automation7

Programming languages (6)

TypeScriptC++RustHTMLMATLABPython

Github contributions (5)

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rpiRobotics/ik-geo

Jul 2022 - Mar 2023

Inverse kinematics and subproblem solutions from "IK-Geo: Unified robot inverse kinematics using subproblem decomposition" implemented in MATLAB, C++, Rust, and Python.
Contributions:3 reviews, 121 commits, 1 PR in 8 months
cppinverse-kinematicsmatlabpythonrust
rpiRobotics/stereo-sew

Apr 2022 - Feb 2023

Implementation of stereographic SEW (shoulder-elbow-wrist) angle for 7-DOF robot arms as well as inverse kinematics solutions for several 7-DOF arms from "Redundancy parameterization and inverse kinematics of 7-DOF revolute manipulators".
Contributions:34 commits, 51 pushes, 1 branch in 10 months
inverse-kinematicsparameterization
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