Lead Materials Application Engineer – Gas Turbine

Infosys; East Midlands; On-site; GBP 90,000 - 115,000; Full time

Job summary

Infosys in the United Kingdom is seeking an Engineering Lead in Materials Application Engineering for Gas Turbine Components. You will work within a dynamic Materials team, providing materials advice across design, development, manufacturing, testing and in-service activities within gas turbine programs.

The role offers growth, collaboration with other disciplines, and opportunities to develop skills in coatings, heat treatment, and performance optimization.

Qualifications

• Should have many years of working experience on Turbomachinery products like Gas Turbine for Power and/or Aviation industry.
• In-depth knowledge of aerospace materials, manufacturing processes, coatings & their functionalities (e.g., corrosion/ oxidation resistance, thermal protection).
• Prior experience / knowledge of Gas Turbine product / components - design, lifing & stress requirements, and Aviation industry is preferred.
• Knowledge of relevant industry standards, regulations and quality control procedures.
• Experience with non-destructive testing methods. NDT Level-II and above is preferred.
• Innovate and challenge the status quo whilst maintaining high standards of process compliance and product safety.
• Interest in mentorship for junior or mid-level engineers.

Responsibilities

• Provide technical and expert materials advice across the Engine programmes for engineering development, production manufacturing and in-service activities.
• Support design to select right materials & processes and identify the corresponding materials, process and quality specifications & standards for New Products Introduction (NPI), Fleet and Mods.
• Approve component and design definitions such that the finished part meets all safety and quality standards.
• Support manufacturing supply chain for production non-conformance management by sentencing concessions & deviation permits, approving definition alteration requests
• Write component approval packages and support alternate materials and processes application
• Support maintenance, repair and overhaul (MRO) for in-service non-conformance management by sentencing technical variances, approving repair schemes/procedures and repair manual revisions
• Support application of various special processes, such as heat treatment, forging, casting, welding, brazing, coating, peening, non-conventional machining etc.
• Provide material application engineering support on coatings materials, processes, testing and evaluation requirements for gas turbine components.
• Create/revise Materials, Processes and Quality specifications and standards.
• Support design of material test programmes, analysis of test data and generating material databases for supporting future product designs.
• Support REACH materials compliance management by performing part to specification to substance mapping.
• Support GrantaMI materials database management and development.
• Develop self and act as a local technical lead for the team by gaining necessary technical delegations from the client through demonstration of required engineering technical competency
• Participate in technical discussions with customers to understand project specifications and technical requirements.
• Ensure proper knowledge, information and technical data management for the projects and/or the services offered in line with the company/customer policies and procedures
• Collaborate with the other engineering teams to identify opportunities for product improvement and development.

Skills

Turbomachinery experience

Gas turbine materials

Materials engineering

NDT Level-II

Education

Engineering degree in Materials/Mechanical

Tools

GrantaMI

Job description

Infosys in the United Kingdom is seeking an Engineering Lead in Materials Application Engineering for Gas Turbine Components. You will work within a dynamic Materials team, providing materials advice across design, development, manufacturing, testing and in-service activities within gas turbine programs.

The role offers growth, collaboration with other disciplines, and opportunities to develop skills in coatings, heat treatment, and performance optimization.