Senior New Product Introduction Engineer

• Focus on SMT and CCA build processes, and Unit Level assembly
• Technical and Manufacturing Eng. lead on NPI Builds, with ownership for the execution to agreed schedule and cost, and to required Quality standards and Manufacturing best practices
• Engagement at all stages of the NPI process; from Bid and Proposal through execution of NPI Builds as a precursor to product release into full rate production.
• Active participation in DFM and “manufacturability” analyses and reporting
• Use manufacturing data to identify and address issues – proactively
• Use data to drive Systemic Root Cause and Corrective Action.
• Identify, expedite and / or escalate any quality or performance issues
• Identify skills training or development requirements and escalate through management
• Report & maintain Manufacturing Engineering metrics, track performance against Team KPI and Individual Goals & Objectives
• Ensure metrics are used / responded to in order to optimize processes
• Support the Program Cells and the rest of the Engineering community when required
• Active Team Member – participate in team activities with Integrated Program Team, Engineering groups and other cross-functional teams

• Qualified to minimum HND level in Manufacturing / Production Engineering or a related Engineering discipline
• High performance and innovative individual who is a self-starter ready to challenge the Status Quo, and drive improvement using Best in Class and World Class Manufacturing principles
• Strong knowledge of SMT and CCA manufacturing processes over a wide range of technologies, processes and production platforms
• Wide-ranging understanding of electronic and electro-mechanical product design and operation
• Analytical engineer who can process data efficiently to provide solutions to problems and communicate the outcomes at all levels
• Good team player who takes ownership of problems and participates fully in team activities
• Can demonstrate contribution to specific improvements in Production Programs’ effectiveness efficiency and optimization
• Understands, and promotes the principles and benefits of Design for Excellence (DfX)
• Can lead / participate in process FMEA development, design review and risk mitigation processes
• Understands the principles of 6 Sigma, Continuous Improvement and Lean Manufacturing
• Proven technical presentation and communication skills to all levels

• A driven Engineer able to create and maintain enthusiasm and energy levels across the team.
• Understanding of electro-mechanical manufacturing processes over a wide range of technologies, processes and production platforms
• A highly effective, disciplined approach in the work environment
• Work in a dynamic and global environment
• Ability to communicate at all levels across a range of disciplines and to work with Engineering peer groups, locally and globally.

Raytheon Technologies