Manufacturing Engineering Intern — NPI & Lean Experience

Trust Automation, Inc.; San Luis Obispo (CA); On-site; USD 26,000 - 28,000; Full time

Job summary

Trust Automation’s Paid Internship Program is designed to offer opportunities for students and recent graduates to build their resumes, apply academic knowledge, and network with professionals in their fields of interest while encouraging participants to obtain their educational degree.

As a student intern, you’ll have the opportunity to take part in meaningful work and real-life projects such as supporting the assembly of initial engineering build cycles to efficiently transition to internal

Qualifications

• Pursuing a BS degree in Manufacturing or Industrial Engineering.
• Familiarity with Lean Manufacturing, Root Cause Analysis, and project management.

Responsibilities

• Assist MFGE team in manufacturing or industrial development.
• Contribute to Trust Automation projects as assigned by Manufacturing Engineering Manager (New Product Introduction or Sustaining Engineering).
• Assist Managers, VPs and executives with project/program planning, specification of equipment, process development, task prioritization, and risk mitigation.
• Contribute to technical planning for future manufacturing and industrial design.
• Contribute to the Trust Automation engineering team knowledge base, bringing a fresh perspective on manufacturing engineering, industrial engineering, and plant operations analysis.

Skills

Lean Manufacturing

Root Cause Analysis

General Assembly Principles

Project Management

Education

BS in Manufacturing or Industrial Engineering

Job description

Trust Automation’s Paid Internship Program is designed to offer opportunities for students and recent graduates to build their resumes, apply academic knowledge, and network with professionals in their fields of interest while encouraging participants to obtain their educational degree.

As a student intern, you’ll have the opportunity to take part in meaningful work and real-life projects such as supporting the assembly of initial engineering build cycles to efficiently transition to internal