Where is the Lead Metallurgist & Additive Manufacturing Engineer role at this employer based?

This role is based in Van Buren, MO.

What techniques or methods are required for this Lead Metallurgist & Additive Manufacturing Engineer role?

mechanical properties testing, chemical analysis.

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Lead Metallurgist & Additive Manufacturing Engineer

Q: What is the salary for the Lead Metallurgist & Additive Manufacturing Engineer role at this employer?

The listed annual base salary range is $155K–$155K. This figure is taken from the posting itself.

· Van Buren, MOtodayverified 1 h ago

$155k

BS-level Process Engineering roles on Crosslinked list a median of $112k (565 that show pay).

Lead metallurgy and additive manufacturing materials development, characterization, and plastics process engineering

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Worth knowing

Why it is interesting. Rare hybrid of metals AM and plastics processing leadership in one role

Might not be for you. Metallurgy-centric; polymer work is secondary and the scope spans many disciplines

Bench and deskTechnical leadFast-paced PhD-friendlySenior hires only

Adjacent materials rolemetallurgical processes for additive manufacturing; materials selection including polymers (plastics), metals, ceramics; plastics blow molding, injection molding

Seniority: Staff/Principal
Work: On-site
Type: Full-time
Degree: BS
Industry: Aerospace
Role: Process Engineering

Materials

metals144 roles polymers434 roles ceramics79 roles

Techniques

mechanical properties testing1 role chemical analysis16 roles

Role details

Overview

We are seeking a dynamic and highly skilled Lead Aerospace Metallurgist & Additive Manufacturing Engineer to drive innovation and excellence in materials development, process engineering, and advanced manufacturing techniques. This pivotal role combines deep expertise in metallurgy, materials science, and additive manufacturing technologies to lead cross-functional projects that enhance product quality, optimize manufacturing processes, and pioneer new material solutions. The ideal candidate will thrive in a fast-paced environment, leveraging their technical mastery and leadership skills to shape the future of materials engineering and additive manufacturing within our organization.

Duties

Lead the development and implementation of metallurgical processes for additive manufacturing, ensuring optimal material properties and process reliability.
Oversee material selection, characterization, and testing to support product development and manufacturing quality standards.
Manage complex project schedules for research, development, and production initiatives, coordinating across engineering, manufacturing, and quality teams.
Utilize CAD software such as AutoCAD, SolidWorks, and other 3D modeling tools for product design, process simulation, and troubleshooting.
Conduct detailed materials analysis using analytical chemistry techniques and laboratory testing to evaluate material performance and integrity.
Develop and refine process engineering protocols for plastics blow molding, injection molding, and other fabrication methods aligned with ASME codes & standards.
Analyze engineering data through statistical methods to inform research decisions, improve manufacturing processes, and ensure quality control.
Collaborate with cross-functional teams on product development projects involving polymers, plastics processing (including plastics injection molding), and metals additive manufacturing.
Drive innovation through research & development efforts focused on new materials, fabrication techniques, and process improvements.
Maintain comprehensive documentation of research findings, process parameters, testing results, and compliance records to support continuous improvement initiatives.

Qualifications

Bachelor’s or Master’s degree in Materials Science, Mechanical Engineering, Chemical Engineering or related field; PhD preferred.
Extensive experience practicing in an industrial or manufacturing engineering role with a focus on materials engineering or additive manufacturing.
Proven expertise in project scheduling tools and methodologies to manage multiple complex initiatives efficiently.
Strong proficiency in CAD software such as AutoCAD, SolidWorks, or similar for 3D modeling and product design purposes.
Deep knowledge of materials selection criteria including polymers (plastics), metals, ceramics; experience with material characterization techniques is essential.
Laboratory experience with materials testing (mechanical properties testing, chemical analysis) is required; familiarity with analytical chemistry is a plus.
Solid understanding of process engineering principles related to plastics blow molding, injection molding, fabrication techniques, and quality control standards including GD&T (Geometric Dimensioning & Tolerancing).
Ability to perform statistical analysis for research data interpretation to guide decision-making processes.
Strong communication skills for effective cross-functional collaboration across research & development teams, manufacturing units, suppliers, and stakeholders.
Knowledge of ASME codes & standards relevant to materials processing is highly desirable.

Join us as we push the boundaries of materials science and additive manufacturing! This role offers an exciting opportunity to lead innovative projects that shape the future of high-performance products while working within a collaborative environment dedicated to excellence in engineering solutions.

Pay: From $155,000.00 per year

Work Location: In person