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Materials Engineer

Job in Newport, Newport County, Rhode Island, 02840, USA
Listing for: The PAC Group
Full Time position
Listed on 2026-08-30
Job specializations:
  • Engineering
    Materials Engineering, Quality Engineering, Process Engineer, Manufacturing Engineer
  • Manufacturing / Production
    Materials Engineering, Quality Engineering, Manufacturing Engineer
Salary/Wage Range or Industry Benchmark: 69000 - 83000 USD Yearly USD 69000.00 83000.00 YEAR
Job Description & How to Apply Below

Job Title:

Materials Engineer

Location:

North Kingstown, RI Position :
Short Term Client Facing:
Yes

About PAC Group

At The PAC Group (PAC), we specialize in engineering consulting, program management, and operational excellence—delivering high-impact solutions in more than 20 countries. We’re proud to partner with the world’s leading companies in automotive, aerospace, industrial, and technology sectors, providing strategic guidance and hands‑on execution that drive innovation and efficiency. Whether we’re launching advanced manufacturing systems, deploying digital simulation tools, or scaling global operations, PAC thrives at the intersection of technology, engineering, and problem‑solving.

Joining PAC means joining a dynamic, fast‑paced, and global team that values curiosity, collaboration, and continuous improvement.

Role Purpose

This role sits inside Manufacturing and is built to give Design Engineering a strong technical partner on materials — someone who can take on the characterization, benchmarking, and test work needed to bring decision‑ready recommendations forward, so Design Engineering’s review and sign‑off is fast and well‑supported. The person in this seat should treat every open material spec as a shared priority and should actively resource the path to closure rather than simply waiting on it.

The material specifications for components like composites, paint, and adhesives should evolve directly alongside equipment procurement and process development. This transparent alignment allows equipment, process, and quality development to move forward smoothly in tandem with material decisions, which eliminates handoff delays between teams and results in clear visibility into open action items and ownership for both Manufacturing Leadership and Design Engineering.

This role focuses on turning engineering requirements into closed, manufacturing‑ready specs — it complements Design Engineering’s ownership of the vehicle’s engineering requirements and trade studies, rather than replacing it. Status tracking is one of the tools this role uses, not the goal in itself; the goal is specs that are closed, correct, and usable on the shop floor. Reports into Manufacturing leadership.

Works in close, ongoing coordination with Design Engineering on open specs, functioning as an embedded materials resource for that partnership. Partners closely with Quality, Manufacturing Engineering, and Supply Chain/Procurement.

Key Responsibilities
  • Advance specification closure:
    Maintain a shared tracker of every open material spec (composites, paint, adhesives, corrosives/corrosion‑resistant treatments, potting compounds, sealants, etc.) needed for current manufacturing programs, with owner, next step, and target close date.
  • Bring well‑developed, decision‑ready technical recommendations to Design Engineering — doing the materials characterization, vendor benchmarking, and test work up front so review and sign‑off are as fast and straightforward as possible.
  • Proactively surface and help resolve anything blocking a spec’s progress, coordinating with Manufacturing leadership and Design Engineering to line up the right resources and priority.
  • Materials engineering:
    Evaluate and qualify material equivalents and substitutes (e.g., domestic/US‑availability alternatives for adhesives and composite systems) against program requirements.
  • Own or support material test plans (mechanical, environmental, GED/benchmarking, etc.) in coordination with suppliers and partners (e.g., LGES on battery‑related materials work).
  • Translate design intent into manufacturing‑usable specs: cure profiles, layup/paint process windows, corrosive material handling and exposure/storage requirements, incoming inspection criteria.
  • Manufacturing enablement:
    Partner with Manufacturing Engineering on how material properties and process windows drive equipment selection (AFP, autoclave/oven, paint booths, CNC, etc.) and cell/line design.
  • Define quality acceptance criteria and inspection methods tied to each material spec so Quality can build conformance processes without waiting on Design.
  • Support make/buy and vendor qualification decisions for material…
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