Metallurgy Engineer Salary Jobs (NOW HIRING)

The Metallurgy Engineer supports the durability, cleanliness, and metallurgical compliance of diesel engine and transmission components. The primary mission includes:
   Validating heat treatment outcomes (especially induction hardening and carburizing) through precise metallurgical analysis and inspection.
   Collaborating with the Heat Treatment Engineer to interpret process trends and address deviations.
   Leading failure and cleanliness investigations, applying metallurgical knowledge to identify causes of material- or contamination-related nonconformities.
   Partnering with technicians to improve preparation accuracy, documentation, and adherence to Volvo standards.
   Ensuring compliance with ISO/ASTM standards, Volvo specifications, and best practices in metallurgical testing

Scope and Influence

This non-managerial technical role is foundational to quality, production support, and lab advancement. The Metallurgy Engineer works across departments to enhance metallurgical inspection accuracy, technical cleanliness investigations, and procedural standardization

I Do My Job
   Validate induction hardening and carburizing outcomes by inspecting microstructure, case depth, and hardness.
   Conduct failure analysis using SEM/EDS, hardness profiling, microstructure, and macro/micro etching.
   Support technical cleanliness efforts, including contamination source identification and material-type analysis.
   Collaborate with lab technicians to improve preparation methods, documentation consistency, and inspection alignment with Volvo and ISO procedures.
   Conduct particle classification and reporting using VDA 19.1 / ISO 16232 standards.
   Assist with process audits and material quality reviews for in-house and supplier operations.
   Maintain a clean and tidy work area with a 5S mindset.
   Attend trainings and meetings as per orientation.

I Improve My Job
   Lead initiatives to standardize lab processes, improve test documentation, and reduce variation in metallurgical evaluations.
   Assist in root cause investigations tied to material failures, hardness deviation, or cleanliness nonconformities.
   Identify and implement improvements in sample prep, inspection flow, or image/data storage.

I Develop Myself
   Participate in advanced metallurgy and testing certifications, including:
          ASM Mechanical Testing
          SEM Operator Training
          Metallurgy for Non-Metallurgists
   Stay up to date on cleanliness inspection techniques, Volvo STD 107-0002, and VDA 19.1, especially in relation to particle behavior and source identification.

I Develop My Team
   Mentor technicians in preparation techniques, etching protocols, and image quality expectations.
   Act as a reference for metallurgical standards and test requirements during audits or new program launches.
   Support global alignment by reviewing procedures and lab practices from benchmark Volvo sites.

Microscopes & Analysis Systems:
Jomesa (cleanliness inspection and image classification)
Leica (metallography and general microscopy)
SEM/EBSD/EDS (Oxford or equivalent)
Brinell Hardness Tester
Vickers / Rockwell Testers
Ultrasonic inspection system (for case depth validation)
Tensile Testing Machine
Carbon Analyzer Tester

Nondestructive Testing Tools:
Barkhausen noise inspection (grinding burn detection)
Acid etching
Liquid Penetrant
Magnaflux for surface crack detection

Cleanliness Testing & Preparation:
Filtration systems and particle extraction stations
ISO 16232 / VDA 19.1 compliant extraction setups
Mechanisms for DI-water, Bonderite flush, solvents, and heated flush procedures

Digital Tools & Systems:
Power BI (trend monitoring & dashboards)
Power Apps (lab input interface & workflows)
SharePoint (document control & report archiving)
Office 365

   Turnaround time for hardness and cleanliness inspections
   Accurate particle classification in cleanliness reports
   Case depth and microstructure conformance rate for heat-treated parts