Job
Description
The Opportunity This role is responsible for designing and developing Propulsion systems and capabilities in the system engineering function layer at the logical and physical solution domain. You will be responsible for building and owning the generic system artifacts for new and existing Powertrain propulsion concepts, capabilities and features in the (xHEV Diesel/Gasoline) space ensuring they are legally compliant, meets customer attributes expectations and are competitive in the market. Some of these artifacts are (but not limited to) customer requirements mapping, feature/capability definition, Use case analysis, Logical architecture diagram, Functional Failure Analysis, generic functional requirements cascade, test case mapping, target generation and issue resolution for Powerpacks. You will lead the design a Propulsion system concept physical base solution with balanced integration of its Core system - Propulsive Torque / Aftertreatment and GasPath / Thermal systems / 48V Electrical Power supply - Battery, Inverter-Converters / Fuels storage systems. Special requirements for this role are a good knowledge and experience in ICE PTs and transmissions with couple mid/high voltage electrification systems (MHEV/PHEV), torque, electrical and thermal energy management, AND aftertreatment system and Gas-path, pollutant emissions and requirements in different markets, with understanding on strategy development, calibration and controls. Key Performance Indicators Desing and size integrated PT propulsion systems, control Strategy/SFW concepts. Support the development of the businesses physical base solution system engineering and knowledge understanding the integration of the different Core system - Aftertreatment and GasPath / Propulsive Torque Diesel/Gasoline ICE / Thermal / 48V Electrical Power supply - Battery, Inverter-Converters / Fuels storage. Key Accountabilities and Responsibilities Robust requirements and targets delivered on-cycle to programmes. System artifacts (MBSE models, use case analysis, LAD, FFA/DFMEA/DRBFM, DVP, requirements, standards) developed off-cycle and updated on-cycle as required. New functions delivered by statement of capability (SOC) and Feature statement of intent (FSOI) process. System compatibility Issues identified, reported and efficiently resolved Ensure functions adherence to the use of specified engineering methods, computer tools and aids applied Support Vehicle, domain and any other indirect team members understanding of the integrated propulsion functions. Chair technical reviews/forums and resolve complex cross functional issues. Develop methods & run technical studies into future technologies. Key Interactions xHEV Function Layer Chapter Lead and Chapter Head Prop System HW Integration. Function layer other Integration leads and Functional layer engineers. Function layer Subject matters and Functional layer engineers. Domain technical delivery Engineers, Managers. HWSI/Powerpack Engineers, Group Product Owners & Product Owners Core, sub-systems, VSC SFW, commodity, calibration and controls Engineers, SMEs Managers. CAE and Test and Development Engineers & Managers. PT core attributes as PED/NVH/emissions and certification Engineers & Manager Knowledge, Skills and Experience Essential: Relevant experience of working in a Systems Engineering environment - ideally within the Automotive Sector Relevant experience of working in Propulsion/Powertrain Engineering in one or more area of: Emissions-After-treatment/Gas-path, Base engines, 48v and HV Systems/Batteries-Charging, Torque and Energy Arbitration. xHEV propulsion system integration. Relevant experience of system definition, system architecture development, requirements specification, design/performance modelling, systems integration, system assessment and acceptance Experience in applying Systems Engineering and in solving complex technical issues using a structured approach Relevant experience in development of electrified propulsion system as MHEV, PHEV and/or BEV. Relevant calibration and control exposure in propulsion system Experience in model base system engineering and/or any tool for Systems Architecting. Experience and exposure to CAE on vehicle, propulsion and sub-systems. Experience in defining Test cases and DoE for HIL, PIL, VIL and vehicle environment. Good understanding of 8D issue resolution and data statistics 6 sigma methods. Familiarity with Product Creation Development System [PCDS] which could be delivered via Agile Groups / Squads. Significant knowledge of engineering planning and delivery processes Full UK or equivalent driving licence Relevant degree or equivalent experience preferred Desirable: Expert experience in the specific area of: Emissions, After-treatment, Gas-path, Base engines, HV Systems, Torque and Energy Arbitration. Relevant calibration and control exposure in propulsion system Experience of Magic System/TRM of Systems Architect CAE experience on vehicle and propulsion sub-systems with exposure to Simulink modelling Personal Profile Essential: A good communicator who can convey and translate complex ideas in working level and senior forums. An effective team player, actively leads, develops and supports team members An individual who enables speed in decision making through establishing alignment, clarity, appropriate resources and sense of urgency whilst bringing others along Demonstrates our Creators' Code behaviours of Customer Love, Unity, Integrity, Growth and Impact. Embracing differences, being empathetic, welcoming challenges together empowering each other to deliver. Building trust by speaking openly and honestly, listening attentively, and treating others respectfully. Taking initiative and using failure as an opportunity to learn. We develop by giving + seeking honest feedback. An individual who is results driven, demonstrates, tenacity, drive and perseverance, with the ability to deliver in a complex, highly demanding environment. An individual with the ability to combine a short term, pragmatic focus with longer term planning An individual who is resilient, energetic and enthusiastic, able to deliver results under pressure, whilst responding constructively to challenging new ideas and inputs Desirable: An individual who is able to challenge existing thinking in a positive way whilst building credibility and trust through experience and personal style It has led a team who completed a successful project beginning to end.
