Fuel Spray Nozzle Design Engineer

Job Description

Job Description Fuel Spray Nozzle Design EngineerFull timeBirmingham/HybridAn exciting opportunity has arisen for an enthusiastic and self-motivated individual to join The Fuel Spray Nozzle (FSN) team in Control Systems in the role of a Design Engineer based in Birmingham.Control Systems leads the development of the FSN component, working closely with the aero team on the aerodynamic requirements for the component. The performance of the Combustion sub-system in meeting the overall goals on Emissions, Smoke and NOx, as wellas relight performance is significantly driven by the FSN.Expected activities include design of the FSN for rig and engine use to an aggressive schedule. This will include supporting the full project development lifecycle from conceptual development to in-service strategy. You will be expected to utilise toolssuch as Six Sigma, Lean, Robust Design and DfM/DfA to optimise the product to achieve to customer attributes such as cost, weight, performance, reliability and durability. Close interaction with various specialists including manufacturing and the supply chainis essential to develop the optimum solution.Were proud to be part of the pathway to net zero as we power society for generations to come.Work with us and well welcome you into an inclusive culture, one that invests in your continuous learning and development, and gives you access to a wide breadth and depth of experience.We offer excellent development, a competitive salary and exceptional benefits. These include bonus, employee support assistance and employee discounts.Your needs are as unique as you are. We encourage flexible working arrangements and support hybrid working wherever possible, so you can always be at your best - wherever and whenever you work.What youll be doing:

• Provide leadership for theteam of FSN design and project engineers and provide technical guidance and oversight of the design process. Creating, implementing and maintaining a suite of programme plans that provide comprehensive control & visibility forIntegrated Project Team (IPT) tasks
• The research, development and delivery of components for the designated programme(s)
• Creating test procedures, defining fixture requirements, carrying out design assurance testing, analysing data and completing test reports
• Acting as the focal point for the IPT, monitoring programme/IPT progress, reporting to stakeholders, resolving conflicts and removing barriers for the activities for which you are responsible
• Contributing to the risk process you will ensure all identified risks are mitigated with supporting plans to an acceptable conclusion, and will ensure all parties are supported and aware of each IPT tasks performance, including risks, and hazards and opportunities

What were looking for:

• Qualified to degree level or equivalent in a technical discipline
• Strong engineering background, preferably in a mechanical engineering environment, with a working knowledge or product design, manufacturing and mechanical test methods
• Proficient in Computer Aided Design and Analysis Tools (NX9 and TeamCentre experience). This can included an appreciation of the tools and what can be achieved through them
• Knowledge of engineering principles in terms of structural assessment, thermodynamics, applied mathematics and design
• Experience of MatCap, MCRL and TRL activities is an advantage

Join us & Power our futurePioneers of PowerWe are an equal opportunities employer. Were committed to developing a diverse workforce and an inclusive working environment. We believe that people from different backgrounds and cultures give us different perspectives. And the more perspectives we have,the more successful well be. By building a culture of respect and appreciation, we give everyone who works here the opportunity.We welcome applications from people with a refugee background.You can learn more about our global inclusion strategy at careers.rolls-royce.comClosing date: 24th October 2022 Job Category Mechanical Systems Posting Date 11 Oct 2022; 00:10