Production Technology Additive Engineering Intern

DMG MORI USA; Davis (CA); On-site; USD 25,000 - 30,000; Part time

Job summary

DMG MORI Manufacturing, Davis, CA is seeking a Production Technology Additive Engineering Intern. You will analyze 3D printed metal samples, measure with lab equipment, and assist in processing printed jobs.

You will prepare machines, troubleshoot lightly, and document findings while collaborating with technical staff. The role requires laboratory data collection, CAD familiarity, machinery operation, and strong Excel/documentation skills.

Qualifications

• Experience in a laboratory setting collecting data.
• Basic understanding of engineering principles.
• Experience with CAD.
• Experience operating machinery.
• Proficiency with Microsoft Office (Outlook, Excel, Word, PowerPoint).

Responsibilities

• Precisely follow process instruction.
• Perform an initial review of test results.
• Clean and prepare the printer for the next job.
• Remove metal parts from the build plate using a bandsaw.
• Keep track of production inventory.
• Organize and present data in Excel.
• Inspect finished parts for quality and accuracy.
• Generate engineering reports and technical documentation.
• Frequent communication with internal technical staff.

Skills

CAD

Microsoft Office

Data collection

Attention to detail

Communication skills

Engineering principles

Problem solving

Tools

Bandsaw

Excel

PowerPoint

Job description

Title:Production Technology Additive Engineering Intern

Reports to: Lead, Production Technology

Location: DMG MORI Manufacturing,Davis, CA

Hours: Hours TBD Based on Intern Availability

Classification: Non-Exempt

Travel: 0%

This position has access to equipment and/or technology that is subject to U.S. export control restrictions. Hiring by DMG MORI must be made in compliance with applicable regulations.

The Production Technology Additive Engineering Intern will analyze 3D printed metal samples using a variety of tools, equipment and techniques. The role will focus on measuring using laboratory equipment to perform and record; tensile pull tests, surface roughness, part density, and part dimensions. In addition, preparing the machine for operation, processing jobs that have been printed, and performing light troubleshooting on the machine. The ideal candidate will have experience in a laboratory setting collecting data, have a basic understanding of engineering principles, experience with CAD, experience operating machinery, have good attention to detail and have experience with Microsoft office.

Essential Job Functions:

To perform this job successfully, an individual must be able to perform each essential function satisfactorily. The requirements listed below are representative of the knowledge, skills, and abilities required. Reasonable accommodations may be made to enable qualified individuals with disabilities to perform the essential functions. Responsibilities include up to and are not limited to:

• Precisely follow process instruction
• Perform an initial review of test results
• Clean and prepare the printer for the next job
• Remove metal parts from the build plate using a bandsaw
• Keep track of production inventory
• Organize and present data in Excel
• Inspect finished parts for quality and accuracy.
• Generate engineering reports and technical documentation.
• Frequent communication with internal technical staff.
• Has a basic knowledge of engineering principles
• Some hands-on laboratory experience (classroom experience is sufficient)
• Basic understanding of metallurgy is a plus.
• Experience in additive manufacturing (AM) is a plus.
• Has experience operating machinery
• Having forklift certification is a plus
• Strong communication skills, with the ability to interact professionally with internal and external stakeholders.
• Proven flexibility in managing shifting priorities and the ability to operate effectively in a fast-paced environment.
• Proficiency in Microsoft Office (Outlook, Excel, Word, and PowerPoint).
• Strong analytical and problem-solving abilities.

Manufacturing environment (welding, cutting, forming, painting, assembly, machining, quality control facility) at DMG MORI Manufacturing. Exposure to possible hazards may include sharp edges, noise, electricity, chemicals, heavy equipment, and other automated and manual machinery. Typical office environment experienced off the factory floor.

Physical Demands:

• Frequent: Travel, operating a vehicle, standing, walking, bending, squatting, stooping, sitting, and reaching. Pushing, pulling, and lifting objects. Repetitive foot, leg, hand, arm, shoulder, and torso movements.
• Periodic: Operating power equipment, sitting at a desk, utilizing computers and phones.
• Occasional: Lifting or moving up to 50lbs.