Sr. Tooling Engineer

Lydech Thermal Acoustical Inc.; Hamptonville (NC); On-site; USD 85,000 - 120,000; Full time

Job summary

Lydech Thermal Acoustical Inc. is seeking a hands-on Tool & Die Engineer to provide technical direction to tooling teams and support operations in North Carolina.

You will drive continuous improvement, participate in design reviews, justify capital equipment, and support APQP, DFMEA and PPAP activities. Responsibilities include troubleshooting die tooling, reducing scrap, and achieving OEE improvements through Lean and Six Sigma methods.

Qualifications

• 4 year technical degree (Tool and Die) or equivalent journeyman experience.
• 10 years minimum experience in metal stamping.
• Expertise in crash form, draw die, and progressive/transfer design.
• Hands-on troubleshooting of die tooling.
• Critique die designs for producibility and maintainability.
• Strong experience with high tonnage metal stamping presses (mechanical and hydraulic).

Responsibilities

• Drive continuous improvement via Lean and Six Sigma to reduce scrap and downtime.
• Participate in tool design reviews and support product launches into manufacturing.
• Manage capital equipment justification and standardization of equipment within manufacturing methods and safety requirements.
• Support APQP, DFMEA, PPAP activities as required.
• Prioritize tooling improvements and repairs.

Skills

Crash form

Draw die

Progressive/transfer design

Troubleshooting die tooling

CAD software

Education

Tool & Die degree or equivalent

Tools

CAD software

MS Office

Job description

A “Hands-on” Engineer, to provide Technical direction to other tooling engineers and tool / die repair employees, Give Guidance to new tool designs, Support to Operations, to resolve Manufacturing Issues, reduce scrap, and to drive Continuous Process Improvements.

Duties and Responsibilities:

• Continuous improvement driver. Improve profitability and efficiencies of Value Streams, through implementation of process improvements, affecting scrap, labor and downtime. Drive OEE improvement initiatives and cost savings through application of Lean and Six Sigma Manufacturing techniques such as 6S, SMED and Error-proofing.
• Participate in tool design reviews with project engineers and support product launches to ensure a smooth transition from design and launch phases into manufacturing.
• Responsible for equipment purchases as necessary including presenting justification for capital expenses on new equipment or process improvements, design and specification of equipment and standardization of equipment within manufacturing methods and safety requirements.
• Support project engineering in developing new tool designs and manage new equipment process development, timing, budget, setup, debug and training.
• Support APQP, DFMEA, PPAP activities as required.
• Prioritize tooling improvement and repairs.
• Serve as an active participant in LSS programs that promote continuous improvement.
• Must adhere to all company policies and safety rules.
• Must be able to work extended hours when required .
• All other duties as assigned

Education, Experience, Skills and Abilities Required for Consideration as a Candidate :

• 4 year technical degree (Tool and Die) or equivalent experience as a journeyman tool and die maker.
• 10 years minimum experience in metal stamping.
• Must possess exceptional skill sets in the following areas : crash form, draw die, and progressive / transfer design and development.
• Hands on roll in troubleshooting of various types of die tooling.
• Able to critique die design concepts for both production worthiness and ease of maintainability.
• Hands on roll in evaluating customer concerns and trouble-shooting .
• Strong Technical Experience with High Tonnage metal stamping presses (Mechanical and Hydraulic)
• Minimum 5 years’ experience in an Automotive Manufacturing environment requiring multi-tasking and the ability to prioritize.
• Well versed in MS Office and CAD software and applications.

Education, Experience, Skills and Abilities Preferred :

• Self-starting; highly motivated
• Inquisitive; inventive
• High technical aptitude
• Critical, analytical thinking
• Data driven and fact based decision making capabilities

I. Physical Requirements of this Position

How much on-the-job time is spent performing the following physical activities?

Physical Activity

Amount of Time

None

Less than 1/3

1/3 to 2/3

More than 2/3

Standing

Walking

Use hands to finger, handle, or feel

Reach with hands and arms

Climb or balance

Stoop, kneel, crouch, or crawl

Talk or hear

Taste or smell

In an average workday, the employee primarily performs: (Check one)

Sedentary Work : Lifting 10 lbs. Maximum and occasionally lifting and/or carrying such articles as computers and small tools. Although a sedentary job is defined as one which involves sitting, a certain amount of walking and standing is often necessary in carrying out job duties. Repetitive motion of hand and finger movement to manually input data using a keyboard or to assemble parts may be required for up to eight hours a day. Jobs are sedentary if walking and standing are required only occasionally and other sedentary criteria are met.

Medium Work : Lifting 50 lbs. Maximum with frequent lifting and/or carrying of object weighing up to 25 lbs.

Heavy Work : Lifting 100 lbs. Maximum with frequent lifting and/or carrying of object weighing up to 50 lbs.

Visual Acuity Requirements of this position including color, depth perception and field of vision (Check one)

Close Vision: Clear vision at 20” or less.

Distance Vision: Clear vision at 20’ or more.

Peripheral Vision: Ability to observe an area that can be seen up and down or to the left and right while eyes are fixed on a given point.

Depth Perception: Three-dimensional vision, ability to judge distances and spatial relationships.

Ability to Adjust Focus: Ability to adjust the eye to bring an object into sharp focus.

No special vision requirements.

S elect the level of noise that is typical in the work environment for this job: (Check one)

Quiet conditions: (Examples: private office)

Moderate noise: (Examples: business office with computer printers, light traffic, test and clean room environments)

Loud noise: (Examples: normal manufacturing conditions, fork truck and maintenance departments)

Very loud noise: (Examples: jack hammer work and areas that exceed 85dB)

How much exposure to the following environmental conditions does this job require?

Environmental Conditions

Amount of Time

None

Less than 1/3

1/3 to 2/3

More than 2/3

Wet or humid conditions (non-weather)

Work near moving mechanical parts

Work in high, precarious places

Fumes or airborne particles

Toxic or caustic chemicals

Outdoor weather conditions

Extreme cold (non-weather)

Extreme heat (non-weather)

Risk of electrical shock

Work with explosives

Risk of radiation

Vibration

Work/job-related travel including overnight