Making sure the power station delivers the right amount of power, in the most economical and sustainable way.

Using Systems Engineering techniques to support development of hydrogen fuel cell for Auto, Aero and Energy markets. Including Pugh matrices, FMEA, affinity diagrams, n-squared diagrams, system textual analysis, variant & feature trees...and more.Stack module lead for high power density technology family. Leading a team to deliver design and make of system demonstrators. Modelling fuel cell systems with design space mapping techniques

Understand the functional requirements and constraints for system level design and decompose solutions. Use system engineering thinking to deliver engine architectural design including prelim trades for weight, fuel consumption, cost and relationship with host platform.Team leader for 10 architects, graduates, apprentices and interns.Basic use of Capella software for Model Based Systems Engineering

Technical authority for the phased release of definition to the supply chain for a high intermediate and low-pressure gas turbineLeading a team of sub system integrators to define the design strategy at subsystem level and flow the requirements into the component teams.leading a team to establish, define and embed new and appropriate processes for a demonstrator programme with fast design make requirements.Accountability for sub system attributes including efficiency, weight, costs, reliability and also performance of the team e.g. delivery, spend, headcount, capability and more. Role re-configured to “Sub-System Tech Lead” following restructuring to include more programme accountability for the last 18 months of this period.In charge of the coffee kitty.

Manage and co-ordinate design activity among a large population of personnel in order to deliver a gas turbine module with the required technical attributes. Trade between weight/efficiency/unit cost/lifecycle costs/programme time/...This includes developing and defining strategy and approach to resolve technical problems in the turbine.Understanding and flowing down customer requirements, including use of DOORS softwareReviewing and specifying new technologies and where applicable applying for patents to protect the technology.

Review gas turbine hardware condition upon engine strip at regular overhaul in order to confirm the lifecycle cost of the engines at component level.Review any unusual findings of turbine componentsProvide customers with local technical support.

Design for Manufacture contact for the department.Generation of cost reductions by establishing ideas, justifying the change by constructing a feasible business case, performing the design change as required and delivering the approval for change via test, analysis or other means.

Responsible for supporting design teams in DFM and for introducing products into the single crystal casting facility, specifically turbine components and in conjunction with the introduction of a new casting capability.The role required me to resolve yield issues on component, work with multi variable processes and establish conformance with technical specifications.

6 rotations, each 3 to 4 months plus personal training coursesExternal Labs - reviewing external supply chain forging and billet products and processes to ensure products meet aerospace standards.Thermals Engineering - modelling of compressor rotor and stator hardware temperatures using in-house FE software.Product Marketing - producing technical data to support marketing campaigns, including the civil aerospace Engine Data booklet.Whole Engine Project- Team Leader - 6 month training project to understand and develop a simple model gas turbine, mimicking a full scale engine programme at a fraction of the cost but with applicable technology and issues.Single Crystal Casting Quality Engineer - resolving investment casting quality issues in the Precision Casting Facility on turbine blades.Failure Investigation Labs - investigating causes of hardware failure via laboratory methods including SEM and optical microcopy.

Component specifications, thermal management designs, reliability testing and competitor analysis for networking products including switches and hubs in the UK Design Office