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Entry Level 3D Printing Engineer Jobs in Rochester, MN

Benchmark

Machine Operator I

Rochester, MN · On-site

$15.83 - $20/hr

Responsibilities: • Reads and follow assembly prints, work instructions, drawings, procedures and ... basic entry level machines, such as Selective Solder, Wave, Feeder load, Axial/Radial Benchmark ...

Benchmark

Machine Operator I

Rochester, MN · On-site

$17.83 - $19.78/hr

Responsibilities: • Reads and follow assembly prints, work instructions, drawings, procedures and ... basic entry level machines, such as Selective Solder, Wave, Feeder load, Axial/Radial Benchmark ...

Benchmark

Machine Operator I

Rochester, MN · On-site

$15.83 - $19.74/hr

Responsibilities: • Reads and follow assembly prints, work instructions, drawings, procedures and ... basic entry level machines, such as Selective Solder, Wave, Feeder load, Axial/Radial Benchmark ...

Benchmark

Machine Operator I

Rochester, MN · On-site

$17.52 - $19.40/hr

Responsibilities: • Reads and follow assembly prints, work instructions, drawings, procedures and ... entry level machines, such as Selective Solder, Wave, Feeder load, Axial/Radial This position is ...

Benchmark

Machine Operator I

Rochester, MN · On-site

$17.83 - $19.78/hr

Responsibilities: • Reads and follow assembly prints, work instructions, drawings, procedures and ... basic entry level machines, such as Selective Solder, Wave, Feeder load, Axial/Radial Benchmark ...

All Jobs3D Printing Engineer JobsEntry Level 3D Printing Engineer JobsEntry Level 3D Printing Engineer Jobs in Rochester, MN

Entry Level 3D Printing Engineer information

See Rochester, MN salary details

$30.5K

$70.5K

$119.9K

How much do entry level 3d printing engineer jobs pay per year?

As of Aug 1, 2026, the average yearly pay for entry level 3d printing engineer in Rochester, MN is $70,506.00, according to ZipRecruiter salary data. Most workers in this role earn between $52,300.00 and $79,800.00 per year, depending on experience, location, and employer.

What is the difference between Entry Level 3D Printing Engineer vs 3D Printing Technician?

AspectEntry Level 3D Printing Engineer3D Printing Technician
Required CredentialsAssociate's/Bachelor's in Engineering or related field, basic knowledge of 3D printingTechnical diploma or certification, hands-on 3D printing experience
Work EnvironmentDesign labs, engineering teams, product developmentManufacturing floors, maintenance areas, production lines
Employer & Industry UsageEngineering firms, R&D departments, manufacturing companiesManufacturing plants, prototyping shops, service providers

While both roles involve 3D printing, Entry Level 3D Printing Engineers focus on design, development, and optimization of printing processes, often working within engineering teams. 3D Printing Technicians primarily handle the operation, maintenance, and troubleshooting of 3D printers on the production floor. The engineer role emphasizes design and innovation, whereas the technician role centers on hands-on equipment management.

What does an Entry Level 3D Printing Engineer do?

An Entry Level 3D Printing Engineer assists in designing, prototyping, and producing objects using 3D printing technology. They typically work with CAD (computer-aided design) software to create or modify digital models, prepare print files, maintain 3D printers, and troubleshoot printing issues. Additionally, they may help optimize print settings, select appropriate materials, and ensure the quality of printed parts. This role is ideal for those starting their careers in additive manufacturing and looking to gain hands-on experience.

What are the key skills and qualifications needed to thrive as an Entry Level 3D Printing Engineer, and why are they important?

To thrive as an Entry Level 3D Printing Engineer, you need a solid understanding of engineering principles, 3D modeling, and materials science, typically supported by a relevant degree or coursework. Familiarity with CAD software (such as SolidWorks or AutoCAD), 3D printer operation, and slicing software is commonly required. Strong problem-solving skills, attention to detail, and effective communication help you collaborate with teams and troubleshoot technical issues. These skills and qualities are vital for ensuring successful prototype production, process optimization, and innovation in additive manufacturing environments.

What are some typical projects an Entry Level 3D Printing Engineer might work on, and how do they collaborate with other teams?

As an Entry Level 3D Printing Engineer, you may work on projects such as prototyping new product designs, producing functional parts for testing, or optimizing existing models for additive manufacturing. Collaboration is key in this role—you'll often work closely with design engineers to refine CAD models, and with production or quality teams to ensure printed components meet specifications. Regular communication and feedback loops with cross-functional teams help ensure that projects are completed efficiently and meet project goals.
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What cities near Rochester, MN are hiring for Entry Level 3D Printing Engineer jobs? Cities near Rochester, MN with the most Entry Level 3D Printing Engineer job openings:
Entry Level 3D Printing Engineer jobs near you
Infographic showing various Entry Level 3D Printing Engineer job openings in Rochester, MN as of July 2026, with employment types broken down into 1% As Needed, 85% Full Time, 11% Part Time, and 3% Contract. Highlights an 91% Physical, 3% Hybrid, and 6% Remote job distribution, with an average salary of $70,506 per year, or $33.9 per hour.

Mechanical Engineer - Product Design & Development (Entry Level)

Valley Craft Industries Inc

Lake City, MN • On-site

$60K - $65K/yr

Other

Posted yesterday

New

Job description

Description

Valley Craft is seeking an entry-level Mechanical Engineer to support the design, development, and production of material handling, storage, and safety related products. This role is ideal for a hands-on engineer early in their career who wants exposure to real production hardware, manufacturing support, and product lifecycle ownership. The position emphasizes practical engineering execution, collaboration with manufacturing, and continuous product improvement.

Requirements

Key Responsibilities: 


Product Design & Engineering Execution

  • Design and engineer new products and custom solutions
  • Support existing product designs through design updates, documentation changes, and production support
  • Assist with engineering change requests (ECRs/ECOs) and implementation into production
  • Help diagnose production, quality, or field issues and support corrective actions.


CAD, BOM, and Documentation

  • Create and update 3D models, drawings, and BOMs using SolidWorks
  • Apply company drawing standards, tolerances, weld symbols, and basic GD&T
  • Maintain accurate part data, revisions, and metadata in PDM and MRP systems

Manufacturing & Shop Collaboration

  • Work closely with fabrication, welding, assembly, and quality teams to ensure designs are manufacturable and buildable
  • Support fixture design and basic prototyping as needed
  • Identify potential pinch points, cut hazards, or ergonomic concerns early and help implement improvements

Continuous Improvement

  • Participate in root-cause analysis and problem-solving efforts

Qualifications Required:

  • Bachelor's degree in Mechanical Engineering or related discipline
  • Familiarity with SolidWorks or similar 3D CAD software
  • Basic understanding of manufacturing processes (welding, machining, sheet metal, fabrication)
  • Strong attention to detail and willingness to learn
  • Good written and verbal communication skills

Qualifications Preferred

  • Internship, co-op, or hands-on experience in a manufacturing or fabrication environment
  • Exposure to lift products, material-handling equipment, or industrial machinery
  • Familiarity with BOMs, revision control, and engineering documentation

Key Attributes for Success

  • Hands-On Mindset: Interested in how products are built, not just designed.
  • Team-Oriented: Works well with manufacturing, quality, and procurement partners.
  • Adaptable: Comfortable handling shifting priorities in a production environment.
  • Detail-Focused: Understands that accurate documentation prevents downstream issues.
  • Growth-Oriented: Eager to build engineering judgment through real-world experience.

Apply