Mechanical Data Engineer- (Mechanical Data Exp Required) at foundation-llm-technologies

About the Role

We are an MIT-born, venture-backed Silicon Valley startup building Engineering General Intelligence (EGI)—an AI Copilot for design and manufacturing. Our mission is to fundamentally reinvent how physical products are designed and built, dramatically accelerating the pace of product development.

Key Responsibilities

• →Ingest, clean, transform, and structure customer and internally generated engineering data for AI training and inference.
• →Design and build high-quality mechanical components and assemblies in CAD to serve as authoritative ground truth for evaluating and training AI systems.
• →Produce labeled datasets, reference designs, annotations, exploded views, sequences, and other engineering artifacts that encode real-world reasoning.
• →Apply engineering judgment to define and assess output quality across datasets.
• →Continuously refine standards for metadata, annotation, and model quality, maintaining a living “definition of quality” for ME datasets.
• →Collaborate with Product Managers to shape tooling used for annotation, data correction, model-output review, and pipeline automation.
• →Provide detailed feedback on tool usability, workflow efficiency, and automation opportunities.
• →Help develop scalable, repeatable data processes that improve throughput and data consistency.
• →Partner closely with engineering and research teams to understand model data requirements, failure modes, and areas needing new data.
• →Influence model behavior by supplying representative engineering examples and ground-truth mechanical designs.
• →Partner with customer-facing teams to translate domain requirements, industry standards, and customer data schemas into actionable dataset specifications.
• →Serve as a subject matter expert on mechanical engineering formats, CAD standards, manufacturing practices, and design artifacts.
• →Generate technical documentation, exploded views, sequences, and annotations that encode engineering reasoning into training data.
• →Ensure that datasets reflect real-world constraints, DFM (Design for Manufacturing) considerations, material behavior, and industry best practices.
• →Embed engineering reasoning into training data so that AI systems learn not just geometry or text, but engineering intent.
• →Work with customers to understand their data sources, schemas, formats, and quality expectations.
• →Guide customers in preparing high-quality datasets, defining structured schemas, and improving data pipelines.
• →Support delivery timelines by communicating progress clearly and surfacing risks or issues early.
• →Review and work with external contractors, ensuring high-quality output and adherence to SOPs.