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Member of Technical Staff at Backflip AI, building generative AI systems for CAD, spanning distributed model training, agentic evaluation, and RL environment construction. Based in San Francisco.
Basics
| Name | Jeremy Malloch |
| Label | Member of Technical Staff |
| jeremywebsite@malloch.ca | |
| Url | https://jeremalloch.github.io/ |
| Summary | Building generative AI systems for CAD, spanning distributed model training, agentic evaluation, and RL environment construction |
Work
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2025.11 - Present Member of Technical Staff
Backflip AI
Building generative AI systems for CAD, spanning distributed model training, agentic evaluation, and RL environment construction
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2021.07 - 2025.08 Senior Machine Learning Engineer
Cruise
Built perception systems for autonomous vehicles
- Unblocked Cruise's return to driverless operation by leading Unified Tracker V2 model release that resolved critical ultra-nearfield risks (largest perception risk area)
- Contributed multiple modelling improvements to novel Unified Tracker V1 multi-modal, temporal tracking transformer model
- Increased model flop utilization by 32%, stabilized training by analyzing model activation magnitudes, and reduced velocity flips by 20%
- Created model attention metrics leading to 11% reduction in centroid error, 12% reduction in velocity error, and increased recall of pedestrians from 95.03% to 98.33%
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2019.01 - 2019.08 Autonomous Systems Software Intern
Apple
Building on device ML inference infra for autonomous vehicles
- Contributed to machine learning compiler and inference framework, using C++ and Python
- Researched & prototyped DNN quantization & sparsification pipeline, resulting in up to 40% faster runtime of deployed models
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2018.05 - 2018.08 Machine Learning Intern
Cognitive Systems
Developed ML models & inference tooling for WiFi based motion detectors
- Achieved 60x improvement in neural network inference runtime by implementing im2col convolutions, vectorization and memory alignment with Eigen in C++ for ARM CPU (exceeded Tensorflow Lite baseline by 2x)
- Researched & prototyped semi-supervised GAN data augmentation to reduce false positives
Education
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BMath
University of Waterloo
Combinatorics & Optimization and Computer Science (Double Major)
- Relevant Coursework: Advanced Algorithms, Algorithms, Operating Systems, Computer Vision, Mathematical Optimization (Convex & Linear Programming), Computational Discrete Optimization, Deep Learning in Computational Discrete Optimization (graduate level), Optimization for Machine Learning (graduate level)
Skills
| Programming Languages | |
| Python | |
| C++ |
| Machine Learning | |
| PyTorch | |
| Distributed Training | |
| Agentic Evals | |
| RL Infrastructure | |
| ML Modelling & Deployment |
Interests
| Hobbies | |
| Hiking | |
| Cycling | |
| Photography | |
| Open Source Contribution | |
| Reading |