Senior Process Engineer- Nickel Plating/ Electroplating bei Sqaservices
Sqaservices · Baltimore, Vereinigte Staaten Von Amerika · On-site
- Optionales Büro in Baltimore
Description
Key Responsibilities
• Perform onsite assessments of aerospace electroplating operations including nickel plating and related special processes
• Evaluate plating process flow, controls, equipment, chemistry management, and operator practices
• Assess process stability, repeatability, and overall process maturity
• Identify process gaps, risk areas, and probable root cause contributors
Racking & Fixturing Evaluation
• Evaluate rack design suitability and current distribution effectiveness
• Assess electrical contact integrity and repeatability
• Analyze part orientation, shielding, thieving, and loading configurations
• Identify conditions contributing to: plating thickness non-uniformity, edge buildup, burning, bubbling/blistering, gas entrapment, cosmetic defects, or inadequate coverage
Defect Investigation & Root Cause Analysis
• Support technical investigations involving plating defects and process instability
• Review interactions between: machined part geometry, surface finish, process controls, fixturing, and plating outcomes
• Participate in root cause analysis and corrective action development
• Validate effectiveness of implemented corrective actions
Process Validation & Trial Support
• Witness plating trials and corrective action implementation activities
• Support evaluation of revised fixturing and process parameter adjustments
• Review thickness mapping and inspection results
• Assess process repeatability and capability indicators
Supplier Technical Support
• Interface directly with supplier engineering, quality, and operations teams
• Provide technical recommendations for process improvement and stabilization
• Support supplier recovery and process remediation activities
• Communicate technical findings clearly to customer and supplier leadership
Documentation & Reporting
• Generate detailed technical assessment reports
• Document process gaps, observations, risks, and recommendations
• Support development of remediation plans and process improvement roadmaps
• Provide objective technical recommendations regarding supplier viability and process capability
Required Technical Expertise
Aerospace Electroplating Processes
• Nickel plating
• Electroless nickel processes
• Aerospace special process controls
• Surface preparation and activation methods
• Cleaning and pretreatment operations
• Plating chemistry fundamentals
• Current density effects
• Hydrogen-related plating risks
• Cosmetic and functional plating defect mechanisms
Racking & Current Distribution
• Rack design principles
• Shielding and thieving methods
• Electrical contact optimization
• Part orientation effects
• Current path distribution
• High/low current density effects
• Fixture repeatability and maintenance
Inspection & Verification
• Plating thickness measurement methods
• XRF systems
• Cross-sectional analysis
• Measurement system considerations
• Inspection methodology evaluation
• Interpretation of plating specifications and acceptance criteria
Aerospace Manufacturing Environment
• Aerospace quality systems
• Special process controls
• Root cause and corrective action methodologies
• Process capability concepts
• Engineering drawing interpretation
• GD&T interpretation
• Supplier quality expectations within aerospace manufacturing
Preferred Qualifications
• Experience supporting aerospace OEMs or Tier 1 suppliers
• NADCAP special process experience strongly preferred
• Experience with nickel plating process troubleshooting and remediation
• Experience with complex machined aerospace hardware
• Experience supporting supplier recovery activities
• Strong technical writing and reporting capabilities
• Ability to work independently onsite at supplier facilities
Preferred Industry Experience
• Aerospace
• Space launch systems
• Defense
• Precision machining
• Flight hardware manufacturing
• High-reliability manufacturing environments
Key Attributes
• Hands-on process evaluation mindset
• Ability to communicate effectively with both executive leadership and shop floor personnel
• Objective and data-driven decision making
• Collaborative but technically assertive approach
• Ability to rapidly assess manufacturing risk and process maturity
Work Environment
• Travel to customer and supplier manufacturing locations required
• Short-duration intensive technical assessments and remediation activities typical