PT SE Engineer_Sensors & Gas Path
Posted 1 day ago by DCV Technologies
Negotiable
Undetermined
Hybrid
Gaydon, Warwickshire
Summary: The PT SE Engineer_Sensors & Gas Path role involves leading the design, release, and development of various fuel system components for a major automotive OEM. The position requires expertise in failure mode avoidance, systems engineering, geometric dimensional control, and cost management. The engineer will utilize structured problem-solving techniques and systems engineering methodologies to ensure high-quality outcomes. This hybrid role is based in either Gaydon or Whiteley, focusing on delivering innovative solutions in the automotive sector.
Key Responsibilities:
- Lead complex engineering and process investigations using the 8D framework.
- Apply Failure Mode Avoidance techniques to eliminate root causes.
- Utilize systems engineering methodologies across design, integration, and verification stages.
- Manage variation and tolerance using statistical analysis and six degrees of freedom principles.
- Interpret Programme Assumptions and Commodity Plans to support feature delivery.
- Analyze financial data to identify risks and opportunities for cost optimization.
Key Skills:
- Experience with fuel system components such as Fuel Cap, Filler Pipe, and Fuel Tank.
- Expertise in systems engineering principles and methodologies.
- Proficiency in geometric dimensional control and statistical analysis.
- Strong problem-solving skills and experience with structured tools.
- Financial analysis and risk management capabilities.
Salary (Rate): undetermined
City: Gaydon
Country: United Kingdom
Working Arrangements: hybrid
IR35 Status: undetermined
Seniority Level: undetermined
Industry: Other
Job Title: PT SE Engineer_Sensors & Gas Path
Location: Gaydon (Warwickshire) or Whiteley (Hampshire)
Mode of Work: Hybrid
Day Rate: Market Rates
Our client, a major automotive OEM is harnessing technology to make driving smarter, safer and cleaner s currently looking for a number of PT SE Engineers_Sensors & Fuel Path with miust have experience on: Fuel Cap, Filler Pipe, Filler Hose, Fuel Tank, Fuel Delivery Module (FDM), Charcoal Canister, Leak Detection System, Fuel Lines, Vent & Evaporative Emission Lines, Fuel Filters.
Lead the design, release, and development of PTSE components, ensuring they meet performance, safety, cost, and quality standards.
Responsibility of / Expectations from the Role:
- Failure Mode Avoidance & Problem Solving
- Lead complex engineering and process investigations using the 8D framework to identify and eliminate root causes through rigorous, data-driven analysis
- Apply Failure Mode Avoidance (FMA) techniques including containment, warranty mitigation, and recurrence prevention.
- Use structured problem-solving tools to validate cause/effect relationships, incorporating measurement system capability and process mapping.
- Implement robust, permanent solutions and control methods to sustain improvements.
- Employ robustness toolsets and Jaguar Land Rover (JLR) issue management methodologies to deliver cost-effective, resilient outcomes.
- Systems Engineering
- Apply systems thinking and engineering principles to address multi-disciplinary challenges.
- Utilise systems engineering methodologies across design, integration, and verification stages.
- Demonstrate expertise in Requirements Management, Systems Modelling, Test Authoring, Testing, Workflow, and Configuration Management.
- Deliver integrated systems that meet customer and stakeholder requirements using appropriate toolsets.
- Creation of design rules and standards for PTSE components and systems.
- Geometric Dimensional Control
- Decompose complex systems into conceptual assembly sequences, defining key locations and fixing strategies.
- Manage variation and tolerance using statistical analysis and six degrees of freedom principles.
- Leverage engineering toolsets to process measurement data and ensure high-quality engineering releases.
- Apply digital tools to support robust component release and maturation throughout launch phases.
- Commodity Planning
- Interpret Programme Assumptions, ReUse strategies, and Commodity Plans to support feature delivery.
- Navigate the critical path of commodity delivery in alignment with the Complex Commodity Delivery System (CCDS) process.
- Apply all phases of Advanced Product Quality Planning (APQP) and Engineering Build Event Readiness (EBER).
- Cost & Budget Management
- Analyse financial data across multiple sources to identify risks and opportunities for cost optimisation.
- Use financial tools to deliver key performance indicators (KPIs) across engineering functions.
- Develop financial risk mitigation strategies using complex datasets and JLR financial processes.
Apply Now for the chance to join a leading multinational automobile manufacturer which produces luxury vehicles and SUVs.