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Manufacturing Engineer Jobs in Raleigh, NC (NOW HIRING)

The Manufacturing Engineering Technician is responsible for manufacturing capability, continuity, and continuous improvement at the station level and within the line level. This includes improvements ...

Manufacturing Quality Engineer II

Raleigh, NC · On-site

$72.40K - $93.30K/yr

Position Summary The Manufacturing / Quality Engineer is responsible for supporting and improving manufacturing, inspection, validation, and quality processes across production and the supply base.

Manager Manufacturing Engineering

Clayton, NC · On-site

$97.53K - $146.29K/yr

The Manufacturing Engineering Manager (O264) leads a team responsible for developing and implementing new and improved plant operations including production, maintenance, engineering support, safety ...

CNC Production Engineer I

Clayton, NC · On-site

$62.10K - $79.10K/yr

In NC, we operate three pharmaceutical manufacturing facilities that are responsible for fulfilling ... Reverse engineer components using measurements, drawings, or physical samples to develop accurate ...

Position Overview We are hiring a Manufacturing Engineering Technician (Machinist 2) to support our greenfield skid assembly workshop, SieSAW, in Knightdale, NC . This role reports to the Production ...

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Showing results 1-20

Manufacturing Engineer information

See Raleigh, NC salary details

$46.2K

$83.2K

$116.6K

How much do manufacturing engineer jobs pay per year?

As of Jun 1, 2026, the average yearly pay for manufacturing engineer in Raleigh, NC is $83,223.00, according to ZipRecruiter salary data. Most workers in this role earn between $71,000.00 and $91,400.00 per year, depending on experience, location, and employer.

What Is a Manufacturing Engineer?

A manufacturing engineer is a specialized engineer who improves product manufacturing processes. As a manufacturing engineer, your primary duties are to design and develop production systems and improve the tools and systems within the manufacturing process. You will use computer software such as CAD to create, modify, and test the products and manufacturing processes.

What are the key skills and qualifications needed to thrive as a Manufacturing Engineer, and why are they important?

To thrive as a Manufacturing Engineer, you need a solid background in engineering principles, process optimization, and quality control, typically supported by a degree in mechanical, industrial, or manufacturing engineering. Familiarity with CAD software, Six Sigma or Lean Manufacturing certifications, and experience with automation systems are commonly required. Strong problem-solving, teamwork, and communication skills help you effectively collaborate and drive continuous improvement. These abilities ensure efficient production processes, cost reduction, and high product quality in a competitive manufacturing environment.

What are some common challenges a Manufacturing Engineer faces in optimizing production processes?

Manufacturing Engineers often encounter challenges such as balancing efficiency with product quality, minimizing production costs while maintaining safety standards, and implementing new technologies without disrupting existing workflows. They may also need to troubleshoot equipment malfunctions and coordinate with cross-functional teams, such as quality assurance and maintenance, to resolve issues quickly. Staying up-to-date with industry advancements and continuous improvement methodologies like Lean or Six Sigma is essential to overcoming these challenges and driving process enhancements.

What are Manufacturing Engineers?

Manufacturing Engineers are professionals who design, implement, and improve manufacturing processes in factories and production plants. They focus on increasing efficiency, reducing waste, and ensuring that products are made safely and cost-effectively. Their work often involves collaborating with other engineers, quality control teams, and production staff to optimize workflows and integrate new technologies into manufacturing systems.

What is the difference between Manufacturing Engineer vs Mechanical Engineer?

AspectManufacturing EngineerMechanical Engineer
Required CredentialsBachelor's in Manufacturing, Industrial, or Mechanical Engineering; certifications like CMfgEBachelor's in Mechanical Engineering; Professional Engineer (PE) license often preferred
Work EnvironmentFactories, production plants, manufacturing facilitiesDesign offices, research labs, manufacturing settings
Industry UsageManufacturing, production, industrial sectorsAutomotive, aerospace, energy, product design

Manufacturing Engineers focus on optimizing production processes and workflows within manufacturing environments, while Mechanical Engineers design and analyze mechanical systems. Both roles require engineering degrees, but Manufacturing Engineers are more involved in process improvement and production efficiency, whereas Mechanical Engineers often work on product design and mechanical system development.

What are the most commonly searched types of Manufacturing Engineer jobs in Raleigh, NC? The most popular types of Manufacturing Engineer jobs in Raleigh, NC are:
What job categories do people searching Manufacturing Engineer jobs in Raleigh, NC look for? The top searched job categories for Manufacturing Engineer jobs in Raleigh, NC are:
What cities near Raleigh, NC are hiring for Manufacturing Engineer jobs? Cities near Raleigh, NC with the most Manufacturing Engineer job openings:

Manufacturing Engineer - Machining & Automation

Vulcan Elements

Durham, NC

$83.60K - $107.30K/yr

Full-time

Posted 24 days ago


Job description

Vulcan Elements is manufacturing American rare-earth permanent magnets for a secure, resilient future. With a focus on national security and economic resiliency, we serve critical industries such as defense, aerospace, and automotive powering a high-technology future. Vulcan Elements is building a team of ambitious professionals committed to Mission Focus, Technical Excellence, and Transparency.

As a Manufacturing Engineer, you will contribute to the full lifecycle of a massive 1 million square foot manufacturing facility expansion—from design and equipment specification through installation, commissioning, production startup, and scale-up to full capacity. You will be responsible for a process step, translating pilot-line processes into full-scale, stable, and repeatable production systems. This is a high-impact, high-ownership role requiring deep technical expertise and leadership.

Core Expectations & Responsibilities

  • Critical Priority — Equipment & Vendor Selection: Lead the evaluation, quote comparison, and selection of advanced manufacturing technologies and vendors. You will own the technical and financial side-by-side comparisons to ensure selected machinery meets our aggressive scaling and quality goals.
  • End-to-End Process Ownership: Own equipment design/requirements, vendor performance and schedule, commissioning activities, process development, and production qualification for a major automated production process (machining, grinding, coating, testing, and packaging).
  • Process Optimization: Develop and optimize manufacturing processes to improve throughput, quality, and equipment reliability. Monitor OEE results and station cycle times to drive yield and capacity improvements.
  • Project Management: Manage technical schedules, budgets, and deliverables aligned with company milestones and customer commitments.
  • Hands-on Startup Support: Provide hands-on support during production startup, helping stabilize processes and eliminate early bottlenecks.
  • Future Innovation: Develop and innovate new processes and equipment strategies (collaborating with R&D) to implement in future production lines, pushing Vulcan to achieve best-in-class magnet manufacturing.
  • EHS & Quality Compliance: Ensure compliance with safety, environmental, and quality standards across all process activities.
  • Travel: This position will require some interaction and travel to support equipment development reviews and Factory Acceptance Tests (FATs) as needed (estimated at <10% travel).

You will also be responsible for developing, reviewing, or managing the following deliverables:

  • Risk & Safety: Risk Assessments, Ergonomic Assessments, PFMEA.
  • Process Design: Line Layouts, Process Flow Charts, Bill of Process (BOP), Station Cycle Times, Process Sheets, and Simulations.
  • Engineering Diagrams: CAD Drawings, Electrical & Pneumatic Drawings, and performing necessary Electrical and Pneumatic Calculations.
  • Quality & Control: Quality Control Plans, R&R (Gage Repeatability and Reproducibility) Studies, Quality Checklists, and Process Checklists.
  • Operations & Maintenance: Work Instructions (SOPs), Calibration Procedures, Spare Parts Lists, Bill of Materials (BOM), and Maintenance Manuals.
  • Controls & IT: HMI Controls Manuals, Vision Programs, MES Transactions Lists.

Responsibilities and tasks outlined are not exhaustive and may change as determined by the needs of the business

Qualifications

  • Education & Experience: Bachelor's or Masters degree in Mechanical Engineering, Electrical Engineering, Automation Engineering, or a related technical discipline with 3+ years of experience.
  • CAD Proficiency: Strong, hands-on experience creating, modifying, and validating complex equipment assemblies and custom automation layouts in CAD.
  • Advanced Automation & Systems: Direct, hands-on experience specifying, integrating, or operating heavy automation, robotics, AGVs (Automated Guided Vehicles), advanced vision systems, and industrial laser systems.
  • Documentation Mastery: Expert-level experience authoring and developing standard manufacturing documents (PFMEA, Control Plans, Work Instructions, and Process Flows).
  • Technical Literacy: Ability to read, interpret, and create electrical schematics and pneumatic diagrams, including performing core engineering calculations (electrical/pneumatic).

Must be a U.S. Person due to required access to U.S. export-controlled information or facilities.

Preferred Qualificiations

  • Experience specifically in precision CNC machining, high-volume grinding, or industrial surface coating applications.
  • Hands-on experience with machine vision programming (e.g., Cognex, Keyence).
  • Proficiency with advanced simulation software for automated workflow and line balancing.
  • Familiarity with MES (Manufacturing Execution Systems) implementation and automated transaction mapping.