Producibility Design Lead Engineer | Derby/ Bristol

Derby Source: WhatJobs

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Overview

In this Technology Lead role, you drive technical delivery and people leadership on aerospace turbomachinery projects. You will work across the product lifecycle, coordinating with stakeholders and ensuring quality, safety, cost, and manufacturability targets. You’ll lead a team of engineers to deliver high-quality outputs and participate in technical reviews and governance. The position sits within Infosys’ aerospace/engineering practice, offering exposure to complex gas turbine components and cross-functional collaboration. This is a chance to shape aeroengine design delivery at scale in a global services context.

Responsibilities

Lead and develop a team of engineers to deliver technical outcomes across product development, production, or after-market stages
Drive delivery excellence and ensure outputs meet quality, safety, cost, schedule, and manufacturability targets
Perform peer reviews and ensure conformance to customer requirements
Interface with key stakeholders and collaborate across functions
Capture requirements and scope from customers
Create design definitions including geometry, drawings, models, and interface control documents
Assess and manage non-conformances through DAR/PDG/TAD/QN processes and concessions
Design modifications for cost reduction and issue resolution in gas turbine components
Carry out tolerance analysis and fit/form/function assessment
Collaborate with stress, air systems, and materials engineers; participate in technical reviews and concession boards
Liaise with customer technical authorities for non-conformances resolution
Utilize tools such as Teamcenter, UG NX, SAP, and MS Office

Key requirements

6+ years of experience with turbomachinery components (gas turbine) in power and/or aviation
Strong knowledge of aero engine modules: compressors, turbines, combustion, structures, casings, rotatives, airfoils
Experience in design, development, and non-conformance processes (DAR, QN) and related assessments
Experience with engine external components installations (ducts, harnesses, pipes, hoses, brackets)
Ability to create design definitions and manage interface control documents
Experience in design modification for cost reduction and issue resolution
Proficiency in tolerance stack analysis (2D/3D) and UG-based layouts
Cross-functional collaboration with stress, air system, and materials engineers
Participate in technical reviews and concession boards; liaise with customer authorities