Job Title: Metallurgical Engineer - Project Engineer

Job Description

This Metallurgical Engineer role is part of a dynamic R&D team located at the Mossville Tech Center in Illinois. The team is committed to enhancing the performance and cost-efficiency of ferrous metals, including steel and iron, making them stronger, more cost-effective, and apt for use in heavy equipment. The role involves coordinating with lab and shop teams to plan, track experiments, analyze results, and report findings. It includes a combination of office tasks such as report writing and meetings, and time in labs and testing areas.

Responsibilities

• Support multiple engineers on R&D projects related to steel, cast iron, and heat treatment.
• Coordinate experimental trials with the in-house heat treat shop.
• Work with the metallurgical lab to plan, track, and analyze tests.
• Summarize findings and present results in team meetings or reports.
• Conduct wear testing following safety procedures and maintain related equipment.
• Track and manage inventory of testing materials and consumables.
• Ensure clear documentation and traceability of all samples and test results.
• Communicate effectively with engineers and internal stakeholders.

Essential Skills

• Bachelor’s degree in Metallurgical Engineering or Materials Science & Engineering.
• Familiarity with heat treatment, steel casting, or foundry processes.
• Experience in metallurgical lab testing (e.g., microhardness, optical microstructure, Charpy impact, SEM).
• Strong analytical and detail-oriented mindset.
• Excellent verbal and written communication skills.
• Ability to manage multiple projects and work independently.
• Comfortable working in both office and shop environments.
• Proficiency in Microsoft Office 365, JMatPro.

Additional Skills & Qualifications

• Internship or industry experience in heat treatment, foundry, or steelmaking.
• Experience with wear testing or maintaining lab/testing equipment.
• Familiarity with ImageJ or other analytical imaging software.
• Exposure to simulation tools like JMatPro.
• Experience in automotive or similar industries.

Work Environment

The work environment is a mix of office and hands-on lab settings, requiring flexibility in transitioning between desk-based tasks and physical testing activities. Employees are expected to adhere to safety protocols while conducting experiments and maintain a professional atmosphere. The use of advanced technologies and simulation tools is commonplace, offering opportunities for innovative problem-solving and development.