Materials Engineer - Metallurgy

RYOBI•Anderson, SC

1d•Onsite

About The Position

Materials Engineer - Metallurgy ABOUT TTI Techtronic Industries (TTI) is a world leader in Power Tools, Accessories, Hand Tools, Outdoor Power Equipment, and Floor Care for Do-It-Yourself (DIY), professional and industrial users in the home improvement, repair, maintenance, construction, and infrastructure industries. The Company is committed to accelerating the transformation of these industries through superior environmentally friendly cordless technology. At TTI Anderson, our brands RYOBI and HART are recognized worldwide for their deep heritage and cordless product platforms of superior quality, outstanding performance, safety, productivity, and compelling innovation. JOB SUMMARY TTI is seeking a Materials Engineer with expertise in Metallurgy to support product development, reverse engineering, quality assurance, and advanced engineering. The Materials Engineer will serve as subject matter expert in metals related areas and work with a multidisciplinary team to ensure TTI products are innovative, high quality, and cost effective. TTI offers competitive wages and a comprehensive benefits package -- tuition assistance, 401(k), medical/dental/vision coverage, vacation and holidays.

Requirements

5+ years of experience with mechanical testing, failure analysis, material identification and characterization, metallography, and reverse engineering of metals and other materials
Bachelor’s degree in Materials Science, Mechanical Engineering, Metallurgical Engineering, Physics, or related field required.
Advanced degree (MS or PhD) in related field preferred
5+ years of hands-on laboratory experience in materials characterization and testing, R&D, or manufacturing
Expertise in one or more of the following areas: coatings, platings, tribology, corrosion, powder metallurgy and sintering, casting, forging, heat treatment, fatigue, creep, ferrous and non-ferrous alloys, magnetic materials
General knowledge related to setup and calibration of material analysis equipment, troubleshooting, maintenance, and application/operation of equipment and processes
Strong data analysis and problem-solving skills, ability to design experiments, collect, analyze, and present results proactively with minimal supervision
Strong written and verbal communication skills
Ability to balance multiple high priority projects and work closely with project, quality, and safety teams to ensure results are delivered in a timely manner
Lean on prior experience to isolate root cause and develop appropriate solutions

Nice To Haves

Previous experience working in consumer products is a plus
Experience with CAD, FEA, or process simulation is a plus

Responsibilities

Serve as subject matter expert on metals related topics and be a key contributor on quality, failure analysis, and research and development initiatives related to metals and other materials
Perform laboratory testing to understand the impact of material composition, processing, heat treatment, and other factors on metallurgical and mechanical properties
Accurately prepare samples and conduct testing using appropriate equipment in a timely manner with minimal supervision
Work with project engineers, project managers, quality teams, and other stakeholders to recommend opportunities for value engineering, quality improvements, and innovations
Identify improvements and modifications to laboratory equipment and processes to improve accuracy, increase efficiency, and provide new insights into materials investigations
Be willing to provide support for non-metals related materials requests, including polymers, elastomers, and ceramics
Identify engineering trends and growth areas relevant to company initiatives
Demonstrate familiarity with testing standards & methods, advanced analytical equipment, prototyping and failure analysis
Participate in intellectual property development and patent review for materials related initiatives
Effectively identify and communicate issues to upper management in a clear, concise and timely manner while driving action based on urgency
Mentor and train junior engineers in materials design, selection, and failure analysis
Foster relationships with external partners and universities
Ability to work on-site in a laboratory setting