Jeff Mahler is a robotics and computer vision leader with 12 years of experience building AI-powered manipulation systems and shipping them from lab to market as Co-Founder and CTO of Ambi Robotics. He combines a PhD-level research background from UC Berkeley in robotic grasping and sim-to-real transfer with hands-on engineering—contributing core GQ-CNN modules used for grasp candidate generation and ROS-integrated deployment. Jeff has repeatedly bridged academia and product: postdoctoral benchmarking of Dex-Net informed the commercial grasping stack he now architects. His early work in real-time 3D scanning and embedded pipelines (C++/CUDA) underpins a pragmatic approach to constrained compute on robots. Based in Berkeley, he excels at turning large-scale simulation, geometry, and ML research into robust production systems for warehousing and assistive applications. An understated strength is his track record of founding multiple ventures that translate cutting-edge perception research into deployable robotics products.
12 years of coding experience
9 years of employment as a software developer
Doctor of Philosophy (PhD), Electrical Engineering and Computer Science, Doctor of Philosophy (PhD), Electrical Engineering and Computer Science at University of California, Berkeley
Electrical Engineering, Computer Engineering, Electrical Engineering, Computer Engineering at The University of Texas at Austin
Python module for GQ-CNN training and deployment with ROS integration.
Role in this project:
Back-end & ML Engineer
Contributions:511 commits, 29 PRs, 325 pushes in 2 years 1 month
Contributions summary:Jeff's commits focus on developing core classes and modules related to the GQ-CNN, a Python module for training and deployment with ROS integration. They have implemented the foundational ImageGraspSampler class, crucial for generating grasp candidates. They also introduced a base Policy class and a specific Antipodal Grasping Policy, demonstrating an understanding of both algorithm design and application within a machine learning framework. The user contributed key code defining the fundamental components, like the FC layers of the GQ-CNN.
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