Lead Manufacturing Engineer – Automotive Assembly, Manufacturing Process Development

🕒 April 17

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Foundation EGI

WebsiteLinkedInAll Job Openings

11 - 50 employees

Founded 2023

🤖 Artificial Intelligence

☁️ SaaS

🏢 Enterprise

Artificial Intelligence • SaaS • Enterprise

Foundation EGI is an AI-driven platform that automates the generation of engineering documentation from 3D CAD data. The company converts assemblies into 2D/3D parts catalogs, GD&T technical drawings, optimized assembly sequences, and multilingual operator/service manuals, aiming to reduce manual drafting and speed product development for manufacturing and engineering teams. Foundation EGI positions itself as an enterprise SaaS solution that brings machine learning and computational design into industrial workflows to improve accuracy, traceability, and time-to-production.

📋 Description

• Serve as the primary subject-matter expert on automotive assembly sequence planning, tooling, and production line setup. • Define and review product workflows and requirements for sequence planning, torque specs, tooling selection, ergonomic risks, and MTM or time study use. • Provide practical guidance on new or modified production lines, including station layout, work content, standardized work, and work instructions. • Define and review how assembly tools, fixtures, ergonomic aids, and error-proofing devices are represented and used in the software. • Write clear product specifications and user-facing documentation such as workflows, examples, and best-practice guides. • Validate that the product behavior and algorithms match real plant workflows and provide feedback from pilot use and customer discussions.

🎯 Requirements

• 10 or more years of experience in manufacturing or industrial engineering roles within automotive OEM or Tier 1 suppliers. • Proven experience planning and launching new or significantly modified production lines, especially final assembly. • Hands-on experience with: • Assembly sequence planning and operation breakdown. • Tool and equipment selection for assembly operations, including torque tools, fixtures, and ergonomic assists. • Torque specifications and fastening process design, including DC tools, tightening strategies, and traceability. • Ergonomic risk assessment using methods such as REBA, RULA, or NIOSHMTM, MOST, or equivalent time study methods. • Strong written and verbal communication skills and the ability to clearly explain complex manufacturing and tooling concepts to non-experts such as software engineers.