Senior Principal Machine Learning Engineer, Foundational Models

Position Overview

Autodesk is transforming the Architecture, Engineering, and Construction (AEC) industry by embedding advanced AI and foundation models into cloud-native platforms such as AutoCAD, Revit, Construction Cloud, and Forma.

As a Senior Principal Machine Learning Engineer, you will act as a technical leader and delivery owner for complex, high-impact ML initiatives spanning foundation models, reinforcement learning, data systems, and large-scale ML platforms. You will operate at the intersection of applied research, engineering, and product—setting technical direction while remaining hands-on in the areas of highest complexity and risk.

This role is designed for a senior ML tech lead with a proven track record of owning and delivering ML systems at scale, including training and operating models in large, distributed environments.

Reporting : ML Development Manager, AEC Solutions

Location : US or Canada (Remote or Hybrid)

Responsibilities

Technical Strategy & Leadership : Define the long-term technical vision for Generative AI and Foundation Model infrastructure within the AEC Solutions team. Influence architectural decisions across the broader organization.

End-to-End Delivery : Lead the design, development, and delivery of complex ML systems. Own the full lifecycle from model architecture selection and data strategy to distributed training and production deployment.

Foundation Model Engineering : Drive the development of large-scale training pipelines. Collaborate with Research Scientists to translate experimental ideas (custom architectures, novel loss functions) into scalable, performant code.

Scalability & Infrastructure : Architect solutions for distributed training (e.g., FSDP, Megatron-LM, DeepSpeed) on massive compute clusters. Identify and resolve bottlenecks in data processing and model parallelism to maximize training throughput.

Mentorship & Influence : Mentor Principal and Senior engineers, fostering a culture of technical ownership, rigorous experimentation, and best practices. Act as a technical partner to Product Management and Engineering leadership.

Cross-Functional Collaboration : Partner effectively with Data Engineering, Platform, and Research teams to integrate large-scale multimodal AEC data (3D geometry, images, text) into model development workflows.

Operational Excellence : Establish standards for model evaluation, versioning, monitoring, and MLOps best practices to ensure reproducibility and reliability in a high-stakes production environment.

Minimum Qualifications

Master’s or PhD in a field related to AI / ML such as Computer Science, Mathematics, Statistics, Physics, Computational Linguistics, or related disciplines

10+ years of experience in machine learning, AI, or related fields, with a proven track record of technical leadership and hands-on implementation

Demonstrated experience mentoring engineers and leading technical projects in cross-functional environments

Proven history of leading the delivery of large-scale ML systems from conception to production

Expert-level understanding of deep learning architectures (Transformers, Diffusion models) and modern frameworks (PyTorch is required)

Hands-on experience with distributed training frameworks and techniques (e.g., PyTorch Distributed, Ray, DeepSpeed, Megatron, CUDA optimization) in HPC or cloud environments (AWS / Azure)

Strong proficiency in Python, with an emphasis on performance profiling, debugging, and writing robust, maintainable production code

Excellent ability to translate complex technical concepts into clear insights for executive leadership and cross-functional partners

Preferred Qualifications

Experience with large foundation model training in distributed compute environments

Experience designing data pipelines for multimodal datasets at the terabyte / petabyte scale (using Spark, Iceberg, etc.)

Experience constructing internal developer platforms for ML, utilizing tools like Kubernetes, Slurm, or Metaflow

A portfolio demonstrating the successful translation of academic research papers into tangible product features

Background in AEC, computational geometry, or experience working with 3D data representations (BIM, CAD, meshes, point clouds)

The Ideal Candidate

Owns outcomes, not just components

Has operated ML systems at real scale, including the messy parts

Brings strong technical judgment shaped by production experience

Thrives in ambiguous problem spaces and drives clarity

Enjoys mentoring senior engineers and shaping technical culture

Is motivated by delivering real-world impact at scale