Manufacturing Engineering Internship - Automation and SMT

Quality Electrodynamics (QED); Mayfield (OH); On-site; USD 20,664,000 - 34,440,000; Part time

Job summary

Quality Electrodynamics (QED) is seeking an Engineering student for an Internship/Co-op focused on Automation and Advanced Manufacturing. You will work alongside senior engineers in SMT and automation work cells, contributing to projects and kaizen initiatives throughout the year.

The role emphasizes manufacturability assessment, automation implementation, and documentation task support, with a flexible schedule to fit education commitments.

Qualifications

• 1+ years of undergraduate work towards a major in electronic, industrial or automation engineering or related field.
• Proficiency in MS Office and ability to communicate clearly in writing and verbally.
• Ability to learn quickly and multitask in a fast-paced manufacturing environment.

Responsibilities

• Assist with revising and validating products for manufacturability and automation utilization.
• Assist with design and implementation of automation and robotics equipment with a focus on electronics assembly.
• Draft and execute test protocols for process validation.
• Automation utilization through design/documentation changes.
• Reduce process changeover through product consolidation.
• Defect reduction, error proofing in SMT and robotics work cells.

Skills

MS Office

Interpersonal communication

Organizational skills

Multitasking

Robotics

Education

Undergraduate engineering

Tools

Drafting

Job description

Are you looking for an Internship, Co-op experience, or even just a part time job that will get you hands on experience working with Automation?

We are looking for an Engineering student who is pursuing a career in Automation or Advanced Manufacturing.We can offer a flexible schedule to help you maximize your education and allow you to work year-round.

Job Summary

Manufacturing Engineering Intern is an opportunity for an Engineering student to work alongside senior engineers in all areas of the Surface Mount Technology (SMT) and automation work cells. This role will be responsible for individual and team assignments to implement automation and robotic technologies with a focus on manufacturing and Kaizen principles.

Essential Duties and Responsibilities

• Manufacturing Engineering Projects:
  • Assist with revising and validating products for manufacturability and automation utilization.
  • Assist with design and implementation of automation and robotics equipment with a focus on electronics assembly.
  • Assess product construction and materials for internal and external process acceptability.
  • Support implementation of Engineering Change Orders.
• Basic ECO (Engineering Change Orders) tasks:
  • Drawing revisions
  • BOM revisions
  • Revise/Release of documentation
    • Work Instructions
    • Work Order Routers
  • Assist in drafting and execution of test protocols for process validation.
• Automation utilization through design/documentation changes.
• Reduce process changeover through product consolidation.
• Defect reduction, error proofing in Surface Mount Technology and robotics work cells.

Qualifications

Education and Experience

Required

• 1+ years of undergraduate work towards a major in electronic, industrial or automation engineering or related field.

Preferred

• Prior professional internships, relevant Lab or University experience a plus
• Basic drafting experience a plus
• Robotics and/or Electronics Assembly (SMT) experience a plus

Skills and Abilities

Required

• Skills in MS Office, Outlook, internet, etc.
• Clear written, interpersonal communication and organizational skills.
• Be able to learn fast and multitask

Physical Requirements

• Ability to lift 25 pounds
• Ability to stand for an extended period of time
• Ability to stoop, reach and lift with your body and arms
• Ability to see details at close range and to identify and distinguish colors
• Ability to quickly move your hands to grasp, manipulate, or assemble objects
• Ability to make precisely coordinated movements of the fingers of one or both hands to grasp, manipulate, or assemble very small objects