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Internship Additive Manufacturing Engineer Jobs in Colorado

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Internship Additive Manufacturing Engineer information

What does an internship additive manufacturing engineer do?

An Internship Additive Manufacturing Engineer assists in designing, testing, and producing parts using 3D printing and other additive manufacturing technologies. They work under the guidance of experienced engineers to support product development, optimize printing processes, and ensure quality standards are met. Interns often help with CAD modeling, machine setup, post-processing, and documentation. This role provides hands-on experience in advanced manufacturing and exposure to cutting-edge technology in the engineering field.

What types of projects can an internship additive manufacturing engineer expect to work on during their internship?

As an Internship Additive Manufacturing Engineer, you can expect to be involved in hands-on projects such as designing and prototyping components using 3D printing technologies, optimizing print parameters for different materials, and assisting in the post-processing and quality testing of printed parts. You'll often collaborate with engineers from design, materials, and production teams to ensure that prototypes meet functional requirements. This role offers valuable exposure to the entire additive manufacturing workflow, from concept to finished product, and provides opportunities to learn industry-standard software and equipment.

What is the difference between Internship Additive Manufacturing Engineer vs Mechanical Engineering Intern?

AspectInternship Additive Manufacturing EngineerMechanical Engineering Intern
Required CredentialsEnrolled in or recent graduate of engineering or related program, familiarity with additive manufacturingEnrolled in or recent graduate of mechanical engineering or related program
Work EnvironmentManufacturing labs, R&D facilities, design teams focused on additive processesDesign offices, labs, manufacturing settings across various engineering projects
Industry UsagePrimarily in aerospace, automotive, healthcare, and manufacturing sectors using additive techBroadly across engineering sectors including automotive, aerospace, energy, and consumer products

While both roles involve engineering fundamentals, the Internship Additive Manufacturing Engineer focuses on additive manufacturing technologies, whereas the Mechanical Engineering Intern has a broader scope in mechanical design and analysis. The additive manufacturing internship emphasizes skills in 3D printing processes, materials, and prototyping, making it more specialized within manufacturing sectors.

What are the key skills and qualifications needed to thrive as an internship additive manufacturing engineer, and why are they important?

To thrive as an Internship Additive Manufacturing Engineer, you need a foundational understanding of engineering principles, CAD design, and materials science, often supported by coursework in mechanical or industrial engineering. Familiarity with 3D modeling software like SolidWorks or AutoCAD, and hands-on experience with additive manufacturing equipment such as 3D printers, are typically required. Strong problem-solving skills, attention to detail, and effective teamwork set standout candidates apart. These skills ensure precise prototyping, efficient collaboration, and innovative solutions in a rapidly evolving manufacturing environment.

What are the most commonly searched types of Additive Manufacturing Engineer jobs in Colorado?

The most popular types of Additive Manufacturing Engineer jobs in Colorado are:

What cities in Colorado are hiring for Internship Additive Manufacturing Engineer jobs?

Cities in Colorado with the most Internship Additive Manufacturing Engineer job openings:

Additive Manufacturing Engineer Associate

Big Metal Additive

Denver, CO

Full-time

Medical, Dental, Vision, Retirement, PTO

Posted 18 days ago


Job description

About * Big Metal Additive *:

Big Metal Additive (BMA) is an advanced manufacturing company serving aerospace, defense, energy, and other industries. BMA has the largest and most sophisticated hybrid metal additive manufacturing capability in the industry. We model, analyze and program using the finest CAD/CAM software package available. Our machines combine MIG welding and CNC machining to produce finished products for customers ranging from testable prototypes to production components. Every day our people work at the cutting edge of manufacturing, implementing the highest standards of quality manufacturing.

We make amazing parts. We produce submarine components, torpedo shells, munitions, space structural parts and more. We at the front of our industry in achieving customer quality acceptance for wire arc DED products. Our end-use customers are Navy, NASA, Army, Air Force, and Space Force. We are scaling production, adding machines and bringing new parts into our digital inventory. With AS9100 quality certification, NIST 800-171 CMMC compliant System Security Plan, export control compliance and an enterprise management system created for production of additive manufactured parts from a digital inventory and model-based enterprise practices; BMA is growing to a factory of 100 machines to support production demand.

About an * Additive Engineer *:

An Additive Engineer works at the foundational digital level of additive manufacturing; examining CAD models, identifying opportunities for design adjustments, determining CAM toolpaths and build parameters. Toolpaths are created for additive deposition and also machining operations. New parts can require development efforts. An Additive Engineer works closely with Manufacturing Engineers/Technicians (who operate machines) so that toolpaths result in production to meet customer requirements. Additive Engineers assemble a Technical Data Package to meet requirements, drawing call-outs and customer expectations. Attention to BMA Quality procedures is essential.

Key information:

  • Toolpaths and NC programs must be created for every product and every machine
  • Machines are used to produce metal products using hybrid additive manufacturing
    • Machines perform metal deposition using MIG welding
    • Machines perform multi-axis CNC cutting using a machining spindle
  • Products include prototypes, test articles, build-to-print customer parts and production

Job Responsibilities:

The Additive Engineer Associate (AE Associate) shall perform CAD model analyses, design adjustments, determination of toolpaths/build parameters and work with the manufacturing team to produce parts. The AE Associate shall use engineering knowledge, project management tools, and business acumen to achieve daily project performance and weekly status reporting. This position is full-time, first-shift with working days Sun/Mon/Tue/Fri/Sat -- (days off Wed/Thur) and will report to the Production Manager.

  • Engineering focused role
    • 50% CAD/CAM
    • 30% Engineering engagement with manufacturing team and machines
    • 20% MS Office (Excel, PowerPoint, Word, Outlook)
  • Performing CAD model analysis/adjustment in NX CAD environment
    • Incorporate drawing, blueprint specifications
  • Performing CAM toolpath strategy and development in NX CAM
    • Understand GD&T and apply knowledge to toolpaths
  • Selection of build parameters using BMA libraries and consulting with other engineers
  • Executing engineering/production projects
    • Following directions to achieve project performance
  • Accurate documentation of projects, operations, process, and records
  • Inspection/Test planning, development and compliance to requirements
  • Vendor engagement/management for post processing operations
  • Regular briefings to management on project status, production issues and technical topics
  • Strong commitment to BMA Quality Management System
  • Create high quality, technical presentations, reports and customer updates

Requirements:

  • Must be a US citizen and pass background check
  • BS degree in Mechanical Engineering or equivalent
  • 2 years’ experience:
    • CNC machining, fixturing, tooling selection and cutting parameters
    • CAD solid and surface modelling
  • Experience with:
    • Working in quality manufacturing environment (ISO 9001/AS9100)
    • Siemens NX CAM (+ multi-axis environment)
    • CAE (finite element analysis)
    • Working with manufacturing suppliers, vendors and service providers
  • Additional candidate advantages
    • Proficiency with hand tools
    • Good mechanical aptitude

Benefits:

  • 401(k) with employer match
  • Paid time off
  • Health, dental and vision insurance premiums covered 100%
  • You will see, work with, and produce more 'high-speed' products at BMA than anywhere else