About this role
Meta is at the forefront of developing innovative hardware that redefines how people experience the world — from virtual to augmented reality. The Design For Excellence (DFX) team is a critical pillar of this mission, ensuring our cutting-edge devices are not only revolutionary in function but manufacturable at scale with the highest standards of quality, cost-efficiency, and reliability.
As a DFX Engineering Intern, you will own a scoped manufacturing engineering project with direct mentorship from a DFX engineer. You'll get hands-on exposure to how a product moves from design intent to production reality — working alongside Hardware Engineering, Quality, Test Engineering, and our external manufacturing partners.
Responsibilities
Assist in developing manufacturing assembly processes, fixtures, and equipment requirements; contribute to fixture and line qualification activities.
Perform tolerance analysis and GD&T-based studies on assemblies and part-level drawings under the guidance of your mentor.
Collect and analyze process data (yield, cycle time, failure modes) and contribute to failure analysis and lessons-learned reports.
Investigate a new or improved manufacturing process, applying theoretical and practical engineering knowledge to improve product quality or production efficiency.
Present your project findings and recommendations to the DFX team and cross-functional partners at the end of the internship.
Qualifications
Currently has, or is in the process of obtaining a BS or MS in Mechanical, Electro-Mechanical, Manufacturing Engineering, or a related field
Coursework or project experience in manufacturing processes, design for manufacturing, or mechanical design
Exposure to GD&T and tolerance analysis fundamentals
Experience with a 3D CAD (NX or PTC Creo preferred
SolidWorks / CATIA acceptable)
Effective written and verbal communication skills Prior internship or co-op in manufacturing, NPI, or product development
Experience with data analysis or scripting applied to process or test data
Familiarity with precision assembly, inspection, or automation equipment
Exposure to adhesives, hot bar, or laser soldering/jetting processes
Interest or coursework in AI-driven manufacturing or Smart Factory initiatives