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WE
Wilwood Engineering
Office Based Manufacuting Engineer
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Based on California data
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What they do
An Advanced Manufacturing Engineer coordinates and manages manufacturing processes in within a manufacturing environment. Develops and implements product quality standards, evaluates and improves manufacturing methods for maximum efficiency. Estimates resource requirements, production times and schedule for manufacturing processes.
$129,943 / year median in California
+11% projected growth
Job Description
Office Based Manufacuting Engineer Wilwood Engineering Camarillo, CA Job Details Full-time $75,000 - $110,000 a year 17 hours ago Benefits Health insurance Dental insurance 401(k) Flexible spending account Paid time off Vision insurance Life insurance Qualifications Rapid prototyping Project engineering 3D modeling software 3D modeling for product design Bachelor's degree in engineering Geometry Prototype creation Organizational skills FEA 3D modeling Prototypes Implementing lean manufacturing processes Full Job Description Join our team as a Manufacturing Engineer to assist in elevating our day-to-day production workflows. This critical role focuses on advancing operational efficiency, driving lean manufacturing practices, and guaranteeing top-tier product quality. To resolve technical challenges, introduce process innovations, and continuously improve facility performance. We are looking for individuals that have worked with prototypes, have experience in the automotive field and or have a degree in Engineering.
- Not Remote / No Hybrid
- Reports to the Production Engineering Manager.
Essential Duties and Responsibilities:
Create and design tooling in 2D/3D SolidWorks CAD system. Responsible for initial concept designs and if required control logic outlines. Coordinate prototype tooling development and process validation. Support tooling design for CNC machining such as Horizontal & Vertical Milling, and Multi-Axis Turning Centers. Support Finishing Department processes that include anodizing, e-coating, powder coating, laser engraving and screen printing. Support Assembly Department tooling and testing requirements and process improvements. Create improved production tooling designs and manufacturing processes for high usage, and high value products. Leverage new manufacturing tools like additive manufacturing, 3D scanning and automation. Communicate technical information as required by customers or vendors within the scope of assigned projects. Periodic travel to customer, vendor, and/or test locations as required within the scope of assigned projects. Communicate technical information to required departments to push project timelines forward. Alert management to potential design risks. Proactively bring updates to related project meetings. Provide technical assistance to designated R D/Eng personnel. Maintain effective operational procedures to assure process control and accuracy. Ensure that projects are cost effective, price competitive and maintain a high standard of quality and integrity. Monitor and report, when necessary, on critical producibility or high variability points within the developmental process flow. Participate in the "Research and Development to Production Transition" process to assure good configuration control and low design and inventory risk. Maintain currency in latest relevant manufacturing technologies. Seek professional growth and advancement through continued education.Qualification Requirements:
To perform this job successfully, an individual must be able to perform each essential duty satisfactorily. The requirements listed below are representative of the education, experience, knowledge, skill, and/or ability required. Reasonable accommodation may be made to enable individuals with disabilities to perform essential functions. Education and/orExperience:
Requirements:
- Bachelor's degree in engineering - Manufacturing, Mechanical or Automotive Engineering.
- Automotive related experience
- Excellent written, oral, and interpersonal skills
- Attention to detail and good organizational skills
- Hands-on 3D modeling proficiency (SolidWorks preferred)
- In-depth understanding of lean manufacturing principles
- Hands-on experience building small prototypes
Preferred Qualifications:
- 2 years' experience in engineering
- Working knowledge of FEA simulation software
- Experience with hydraulics, braking systems, and vehicle dynamics
- Lean Six Sigma certification
- Proficiency with analytical tools, workflow time studies, and process balancing