New Product Introduction Engineer

Spellman High Voltage Electronics Corporation•Hauppauge, NY

1d•$86,000 - $107,000•Onsite

About The Position

Spellman High Voltage Electronics Corporation, a family-owned business for over 75 years, is seeking an NPI Engineer to develop and implement fabrication and assembly processes to transition new products from New Product Development to full production release. This position is primarily geared towards products in low-volume production that consist of high-precision components and/or complex system architectures. This position will also manage strategic product transfer to multiple sites, including process, fixture, and lessons-learned support.

Requirements

BS in Manufacturing, Mechanical, or Industrial Engineering
Experience in Metal design and fabrication with Design For Manufacturability analysis and feedback with recommendations.
Experience with AutoCAD, Inventor, Solid Works, and/or other types of CAD or 3D modeling software
Gerber/PCB software (viewers)
Microsoft Office
Minimum 3 years of electronics manufacturing experience.
Understanding of ISO, IPC, and J-Standard
Ability to read and understand electrical schematics and assembly drawings
Strong written and verbal skills.
Team leadership ability and exceptional organizational skills.

Responsibilities

Design of production tooling/fixtures for quality and assembly consistency
Developing assembly work instructions
Set up and support of new product lines
Create time standards and operation steps.
General knowledge of various fabrication/manufacturing processes such as: CNC machining, sheet metal cutting/forming, PCBA, wire harness, box build assembly processes, 3D Printing
Design For Manufacturability (DFM/DFX)
Engineering Change Notices (ECN)
Plan, design, and implement manufacturing and assembly processes for new product development
Assist in the New Product Introduction build process. Report design and build issues.
Work with design engineers to determine critical-to-function features and determine best methods to ensure quality and reliability while maintaining ease of manufacturing/assembly
Review detailed fabrication and assembly drawings for accuracy and tolerances
Determine parts, equipment, and tools needed to achieve manufacturing goals according to product specifications
Design tooling and fixturing for production and quality control
Develop and optimize process flow and work instructions
Support low-volume production to verify achievement of process plans and targets for quality, safety, efficiency, and cost.
Maximize production efficiency by analyzing the layout of equipment, workflow, assembly methods, and workforce utilization
Identify equipment/resource constraints and opportunities
Issue and answer Root Cause Corrective Actions using various methods. (8D, 5-Why, DAMAIC, Fish Bone)