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Stamping Engineer Jobs in Tennessee (NOW HIRING)

Dana Incorporated

Manufacturing Process Engineer

Paris, TN · On-site

$58K - $78K/yr

Dana is a global leader in the supply of highly engineered driveline, sealing, and thermal ... Responsible for stamping and assembly of all prototypes. * Work closely with Tooling, Product ...

ITW Automotive

Process Engineer

Gallatin, TN · On-site

The ITW StampTech Fastener TM Division serves the major OEMs and Tier suppliers in the North American automotive market.  The division supplies stamped metal fasteners and engineered fastener ...

MRINetwork Jobs

Sales Application Engineer

Nashville, TN · On-site

$100K - $124K/yr

This role primarily supports the quoting and launch of metal stamping and metal fabrication ... Collaborate with engineering, quality, operations, and commercial teams to define and align on ...

MRINetwork Jobs

Sales Application Engineer

Nashville, TN · On-site

$100K - $124K/yr

This role primarily supports the quoting and launch of metal stamping and metal fabrication ... Collaborate with engineering, quality, operations, and commercial teams to define and align on ...

MRINetwork Jobs

Sales Application Engineer

Nashville, TN · On-site

$100K - $124K/yr

This role primarily supports the quoting and launch of metal stamping and metal fabrication ... Collaborate with engineering, quality, operations, and commercial teams to define and align on ...

MRINetwork Jobs

Sales Application Engineer

Nashville, TN · On-site

$100K - $124K/yr

This role primarily supports the quoting and launch of metal stamping and metal fabrication ... Collaborate with engineering, quality, operations, and commercial teams to define and align on ...

MRINetwork Jobs

Sales Application Engineer

Nashville, TN · On-site

$100K - $124K/yr

This role primarily supports the quoting and launch of metal stamping and metal fabrication ... Collaborate with engineering, quality, operations, and commercial teams to define and align on ...

MRINetwork Jobs

Sales Application Engineer

Nashville, TN · On-site

$100K - $124K/yr

This role primarily supports the quoting and launch of metal stamping and metal fabrication ... Collaborate with engineering, quality, operations, and commercial teams to define and align on ...

MRINetwork Jobs

Sales Application Engineer

Nashville, TN · On-site

$100K - $124K/yr

This role primarily supports the quoting and launch of metal stamping and metal fabrication ... Collaborate with engineering, quality, operations, and commercial teams to define and align on ...

Dana Incorporated

Manufacturing Process Engineer

Paris, TN · On-site

$58K - $78K/yr

Dana is a global leader in the supply of highly engineered driveline, sealing, and thermal ... Responsible for stamping and assembly of all prototypes. * Work closely with Tooling, Product ...

Cannon Jeffries Search Group

Weld Engineer

Lancaster, TN · On-site

$33.25 - $45.75/hr

About the Role We are seeking a Weld Engineer to support a high-volume automotive manufacturing environment specializing in stamping and robotic welding operations. This role will focus on optimizing ...

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All JobsStamping Engineer JobsStamping Engineer Jobs in Tennessee

Stamping Engineer information

What are the key skills and qualifications needed to thrive as a stamping engineer?

To thrive as a Stamping Engineer, you need a strong background in mechanical engineering, metallurgy, and manufacturing processes, typically supported by a relevant engineering degree. Familiarity with CAD software, finite element analysis tools, and stamping simulation systems, as well as knowledge of industry standards, is essential. Attention to detail, problem-solving abilities, and effective communication are key soft skills for collaborating with cross-functional teams and resolving production issues. These skills and qualities ensure efficient design, troubleshooting, and optimization of stamping processes, which are critical for manufacturing quality and cost-effective components.

What are some common challenges faced by stamping engineers and how can they be addressed?

Stamping Engineers often encounter challenges such as die wear, material inconsistencies, and maintaining tight tolerances in high-volume production. Addressing these issues typically requires close collaboration with tool designers, quality assurance teams, and production operators to implement continuous improvements. Utilizing advanced simulation software and regularly scheduled maintenance can help mitigate die-related problems, while ongoing communication with suppliers ensures material quality. Proactively addressing these challenges leads to fewer production delays, improved product quality, and a more efficient manufacturing process.

What is the difference between Stamping Engineer vs Die Designer?

AspectStamping EngineerDie Designer
Required CredentialsBachelor's in Mechanical or Manufacturing Engineering, technical certificationsBachelor's in Mechanical Engineering, CAD/CAM software skills
Work EnvironmentManufacturing plants, production linesDesign offices, CAD labs
Employer & Industry UsageAutomotive, appliance, metal stamping industriesTool and die manufacturing, automotive suppliers
Common Search & Comparison IntentUnderstanding roles in stamping processesDesigning stamping dies and tools

While both roles are integral to metal forming processes, a Stamping Engineer focuses on overseeing stamping operations, process optimization, and quality control. In contrast, a Die Designer specializes in creating the detailed designs of stamping dies used in manufacturing. Both roles require technical skills and industry knowledge but differ in their primary responsibilities and work environments.

What does a stamping engineer do?

A stamping engineer designs, develops, and oversees the manufacturing of metal stampings used in various industries. They analyze product drawings, select appropriate materials, and optimize stamping processes to ensure quality and efficiency, often using tools like CAD software and working in manufacturing environments. Strong knowledge of materials, tooling, and quality control is essential for this role.

What are popular job titles related to Stamping Engineer jobs in Tennessee?

For Stamping Engineer jobs in Tennessee, the most frequently searched job titles are:

What job categories do people searching Stamping Engineer jobs in Tennessee look for?

The top searched job categories for Stamping Engineer jobs in Tennessee are:

Stamping Engineer jobs near you
Infographic showing various Stamping Engineer job openings in Tennessee as of August 2026, with employment types broken down into 95% Full Time, 2% Part Time, and 3% Contract. Highlights an 85% Physical, 6% Hybrid, and 9% Remote job distribution.

TNN2 Weld Technician - Assembly & Weld - 3rd Shift

North American Stamping Group

Portland, TN • On-site

Full-time

Posted 5 days ago

North American Stamping Group rating

5.0

Company rating: 5.0 out of 10

Based on 6 frontline employees who took The Breakroom Quiz

Job description

"An Equal Opportunity Employer" It is the policy of North American Stamping Group to provide employment, training, promotion, and other conditions of Employment without regard to race, color, religion, national origin, sex, age or status as a qualified individual with a disability or other status protected by law.
Your success is our success.
Since 1978, North American Stamping Group has grown into a leading Tier II automotive supplier with eight manufacturing facilities, two technical centers and approximately 1,000 team members across North America. As a family-owned company, we combine nearly five decades of experience with advanced engineering, metal stamping, welding and automated assembly capabilities to manufacture critical components for the seating, emissions and chassis markets.
At NASG, our strength comes from our people. We invest in training, development and advancement opportunities that allow team members to build meaningful, long-term careers. Whether you are beginning your career or bringing years of experience, you will have the opportunity to learn, contribute and grow with a company that is manufacturing strength and engineered to perform.
Join our team and help build what comes next.
GENERAL SUMMARY
The Weld Technician - ABW is responsible for providing technical support for robotic welding, resistance welding, automated assembly equipment, fixtures, tooling, and related production processes within the Assembly, Bender and Weld (ABW) department.
This position is responsible for maintaining production equipment in a safe, reliable, and production-ready condition while supporting the manufacture of quality parts and minimizing equipment downtime. The Weld Technician troubleshoots equipment and process issues, performs repairs and adjustments, supports preventative and predictive maintenance activities, and works closely with production and quality personnel to identify and eliminate recurring problems.
As a 3rd-shift technical resource, this position is expected to independently evaluate equipment and process concerns, establish root cause, implement effective corrective actions, and escalate significant issues when necessary to ensure safe and efficient production.
ESSENTIAL DUTIES AND RESPONSIBILITIES
  • Provide technical support for robotic welding, resistance welding, MIG welding, automated assembly equipment, fixtures, tooling, and related ABW production processes.
  • Ensure assigned production equipment is maintained in a safe, operational, and production-ready condition.
  • Troubleshoot and repair mechanical, electrical, robotic, pneumatic, hydraulic, weld-control, and automation-related equipment problems.
  • Respond promptly to production equipment downtime and work to safely restore equipment to normal operating condition.
  • Diagnose recurring equipment and process failures and implement corrective actions designed to eliminate repeat downtime.
  • Program, troubleshoot, adjust, and maintain industrial robots used in welding and automated assembly applications.
  • Troubleshoot and adjust MIG and resistance welding processes to maintain required weld quality and process capability.
  • Monitor weld parameters and make appropriate adjustments within established process and quality requirements.
  • Troubleshoot weld controls, including Medar or similar resistance welding control systems.
  • Adjust weld fixtures, automation tooling, sensors, clamps, locating devices, and related equipment to maintain part quality and production performance.
  • Verify equipment and process adjustments produce parts that meet established quality requirements before returning equipment to normal production.
  • Support troubleshooting of dimensional, weld-quality, fit-up, assembly, and process concerns.
  • Read and interpret electrical, mechanical, pneumatic, hydraulic, and equipment schematic drawings.
  • Utilize PLC diagnostics and controls information to identify equipment and process failures.
  • Perform preventative and predictive maintenance activities on production equipment according to established schedules.
  • Identify equipment conditions that may lead to future downtime and initiate corrective action before failure occurs.
  • Complete assigned maintenance requests, work orders, projects, and technical assignments accurately and in a timely manner.
  • Document equipment repairs, process changes, corrective actions, and other required maintenance information.
  • Maintain appropriate spare parts and identify critical components needed to support production equipment.
  • Assist with requisitioning replacement parts, components, and technical supplies as required.
  • Support installation, qualification, launch, and improvement of new or transferred weld and automated assembly equipment.
  • Collaborate with Manufacturing Engineering, Production, Quality, Tooling, Maintenance, and other departments during new program launches and takeover work.
  • Support equipment and process runoff activities as required.
  • Utilize data, root-cause analysis, problem-solving methods, and equipment history to identify and correct production issues.
  • Identify opportunities to improve equipment reliability, cycle time, productivity, quality, and maintainability.
  • Participate in continuous improvement activities focused on reducing downtime, eliminating waste, improving process capability, and increasing equipment effectiveness.
  • Follow completed repairs and improvement activities to verify corrective actions remain effective.
  • Communicate equipment conditions, open issues, repairs, temporary countermeasures, and required follow-up to production leadership and appropriate technical personnel.
  • Provide clear communication at shift change regarding unresolved equipment or process concerns.
  • Work with outside contractors and technical service providers when required.
  • Maintain clean and organized work areas, tools, equipment, and technical workspaces.
  • Participate in required technical, safety, quality, automation, robotics, and equipment training.
  • Follow NASG standards, procedures, work instructions, and applicable division-specific requirements, including NASG ME-049.
  • Perform other related duties as assigned.

SAFETY RESPONSIBILITIES
Safety is a critical responsibility of the Weld Technician position.
The Weld Technician must:
  • Perform all work in accordance with established safety procedures and applicable regulatory requirements.
  • Follow all Lockout/Tagout requirements before performing maintenance, troubleshooting, adjustment, or repair activities when required.
  • Understand and properly maintain machine guarding, interlocks, light curtains, safety switches, emergency stops, robot safety systems, and other safety devices.
  • Never bypass, defeat, or alter safety devices unless specifically authorized under an approved troubleshooting or maintenance procedure.
  • Verify safety devices and guarding are properly restored before equipment is released back to production.
  • Identify and immediately report unsafe equipment or workplace conditions.
  • Stop equipment when conditions exist that could create an immediate risk to employees, equipment, or product.
  • Follow all required PPE requirements.
  • Maintain safe work practices when entering or working around automated equipment and robotic cells.

QUALITY RESPONSIBILITIES
  • Maintain weld and assembly processes within established quality and engineering requirements.
  • Verify that equipment adjustments and repairs do not negatively affect part quality.
  • Support investigation and correction of weld-quality and assembly concerns.
  • Understand the relationship between tooling, fixtures, weld parameters, equipment condition, and finished-part quality.
  • Assist Production and Quality personnel with containment and troubleshooting when equipment or process conditions may have affected product quality.
  • Maintain process settings within approved parameters unless changes are properly authorized.
  • Support root-cause analysis and permanent corrective actions for recurring quality concerns.
  • Ensure equipment and process conditions support production of conforming product.

MINIMUM QUALIFICATIONS
Education
Required:
  • High school diploma, Grade 12 education, or equivalent GED.

Preferred:
  • Associate degree, technical diploma, apprenticeship, certification, or equivalent technical training in one or more of the following areas:
    • Industrial Maintenance
    • Electrical / Industrial Electronics
    • Robotics
    • Automation
    • Electrical Controls
    • Welding Technology
    • Mechanical Engineering Technology
    • Mechatronics
    • Industrial Millwright
    • Related technical discipline

Equivalent combinations of education, technical training, and relevant work experience may be considered.
Experience
  • Five or more years of relevant manufacturing experience preferred, with demonstrated experience supporting robotic welding, automated assembly, or similar production equipment.
  • Experience programming and troubleshooting industrial robots.
  • Knowledge of MIG welding and resistance welding principles and applications.
  • Experience with production MIG and/or resistance weld controls.
  • Experience troubleshooting automated manufacturing equipment.
  • Experience with PLC diagnostics as related to production equipment troubleshooting.
  • Experience troubleshooting electrical and mechanical equipment.
  • Working knowledge of pneumatic and hydraulic systems.
  • Experience adjusting automated fixtures, weld tooling, sensors, clamps, and related production equipment.
  • Understanding of stamped metal components and welding/assembly processes preferred.
  • Knowledge of geometric dimensioning and tolerancing (GD&T) preferred.
  • Industrial electrician, millwright, maintenance technician, automation technician, or similar technical experience preferred.
  • Reference NASG ME-049 for applicable division-specific requirements.

TECHNICAL KNOWLEDGE AND SKILLS
The successful Weld Technician should demonstrate working knowledge and competency in the following areas:
  • Industrial robotics and robotic programming.
  • Robotic weld-cell troubleshooting.
  • MIG welding processes.
  • Resistance welding processes.
  • Weld-control programming and diagnostics.
  • Medar weld controls or similar resistance welding systems.
  • PLC diagnostics and machine controls.
  • Industrial electrical systems.
  • Mechanical troubleshooting and repair.
  • Pneumatic systems.
  • Hydraulic systems.
  • Automated assembly equipment.
  • Sensors, switches, proximity devices, and machine-control components.
  • Weld fixtures and automated tooling.
  • Machine and robotic safety systems.
  • Electrical, hydraulic, pneumatic, and mechanical schematics.
  • Preventative and predictive maintenance principles.
  • Equipment troubleshooting and root-cause analysis.
  • Process troubleshooting and corrective action.
  • Basic computer systems and electronic maintenance documentation.
  • Manufacturing processes involving stamped metal components, welding, and assembly.

KNOWLEDGE, SKILLS AND ABILITIES
Successful employees in this position should demonstrate:
  • Strong troubleshooting and problem-solving ability in a fast-paced manufacturing environment.
  • Ability to identify root causes rather than repeatedly correcting symptoms.
  • Ability to make sound technical decisions using measurable data and available information.
  • Strong mechanical aptitude.
  • Strong electrical troubleshooting ability.
  • Ability to work independently with limited supervision, particularly during off-shift production.
  • Ability to prioritize multiple equipment issues based on safety, quality, production impact, and customer requirements.
  • Ability to remain effective during equipment breakdowns and time-sensitive production situations.
  • Strong attention to detail and accuracy.
  • Ability to work within established tolerances and process requirements.
  • Effective verbal and written communication skills.
  • Ability to clearly communicate equipment conditions and technical concerns to employees across different shifts and departments.
  • Effective time-management and organizational skills.
  • Understanding of continuous improvement and waste-elimination principles.
  • Ability to work effectively as part of a cross-functional team.
  • Initiative and a proactive approach to equipment reliability.
  • Dependability, integrity, and a strong work ethic.
  • Willingness to support production needs through overtime, schedule changes, and additional training when required.

KEY PERFORMANCE EXPECTATIONS
The Weld Technician - ABW is expected to contribute to:
  • Safe operation and maintenance of ABW production equipment.
  • Reduction of unplanned equipment downtime.
  • Rapid and effective response to production equipment failures.
  • Elimination of recurring equipment and process problems.
  • Improved equipment reliability and uptime.
  • Consistent weld and assembly quality.
  • Maintenance of approved weld parameters and process controls.
  • Effective preventative and predictive maintenance.
  • Successful completion of corrective actions and technical projects.
  • Reduction of scrap and rework associated with equipment and process conditions.
  • Improved production cycle time and equipment performance.
  • Accurate maintenance and repair documentation.
  • Effective communication between production shifts and technical departments.
  • Continuous improvement of safety, quality, produ

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