Mechanical Design Engineer| Gas Turbine Components | Derby/ Bristol

Role – Engineering Lead

Technology – Mechanical Design Engineer for Gas Turbine Components

Location – Derby/ Bristol, United Kingdom

Business Unit – ENGCR

Compensation – Competitive (including bonus)

Job Description

Today, the corporate landscape is dynamic and the world ahead is full of possibilities! None of the amazing things we do at Infosys would be possible without an equally amazing culture, the environment where ideas can flourish and where you are empowered to move forward as far as your ideas will take you.

At Infosys, we assure that your career will never stand still, we will inspire you to build what’s next and we will navigate further together. Our journey of learnability, values and trusted relationships with our clients continue to be the cornerstones of our organization and these values are upheld only because of our people.

Your role

In the role of Technology Lead, you will interface with key stakeholders and apply your technical proficiency across different stages of the Product Development Life Cycle including requirements gathering, conceptual, preliminary and detailed design and definition. You will play an important role in creating the high-level design artifacts. You will also deliver high quality design deliverables for a component, sub-system and system, support and lead validation activities related to implementation and manufacturability. You will be part of a learning culture, where teamwork and collaboration are encouraged, excellence is rewarded, and diversity is respected and valued.

Key Responsibilities

• You will be team lead to deliver design and Integration of aero engine components and assemblies – Apply principles product safety, robust design, system engineering, DFX and producibility.
• Work with the Integrated project team in a collaborative environment to mature the design through gated technical reviews, securing buyoffs by demonstrating that the physical and functional solutions provided achieve the desired product requirements and attributes such as life, cost, weight, serviceability.
• Deliver definitions for manufacturing – this may be done in the traditional drawings or Model Based Definitions whilst complying to the customer operating procedures and best practices.
• To be part of the team with experience of modelling, drafting and MBD on a variety of complex components and sub-assemblies in core turbomachinery domain (such as Compressor, combustion, Rotative discs, casings, structures, Turbine Statics, shafts etc.) may be advantageous.
• Integrate physical design solution at module level and / or with the owners of non-physical data functional such as Air Systems, Oil Systems, aerothermal, Performance, etc.
• On need basis, address the arisings from the fleet and perform route cause investigation to help improve the safety, Reliability and Availability; Also assess impact on the component assemblies based on changes to the understanding of the engine operating conditions.
• Knowledge of gas turbine components or an understanding of material, thermal, mechanical, and dynamic issues associated with the core turbomachinery components / modules (such as Compressor, combustion, Rotative discs, casings, structures, Turbine Statics, shafts etc.) may be advantageous.
• Prior Experience of working in the gas Turbine Product, Aviation industry or within the APQP/PPAP framework (Aerospace Standard AS9145) may be advantageous.
• Deliver Geometrical definitions for engineered product- This may need you to create 3D models, Digital Assemblies, General Arrangements drawings, sections, Models for stress analysis, etc.
• Deliver the manufacturing Instructions whilst complying to the customer operating procedures and best practices. This may be done via traditional drawings or Model Based Definitions.
• Interact with Designers, Manufacturing to deliver the FM objectives including producibility.
• Achieve the Right First Time and On Time Delivery targets planned deliverables in design to make. You will also work towards developing optimized high quality code deliverables, continual knowledge management and adherence to the organizational guidelines and processes.
• GD&T ASME Y14.5 and Understanding of Mass Properties