Aerospace Automation Quality Engineer

Under general supervision and reporting to Operations Leadership, the Automation Quality Engineer serves as a vital link between TRIGO ADR and our Prime Aerospace or Defense customers. The Automation Quality Engineer is a “hands on” role that will ensure automated manufacturing systems consistently produce defect‑free output. The Automation activities are focused on product and process performance for all production including New Programs, Current Production and Legacy, providing the link between Group Quality, Procurement and Supplier interacting with all relevant functions as required.

The Automation Quality Engineer will ensure automated control systems are robust, properly designed, and optimized for zero‑defect manufacturing, bridging quality engineering and controls engineering.

• Validates automated manufacturing equipment for reliability, repeatability, and real‑time defect detection/prevention
• Works with robots, PLC‑controlled stations, vision systems, and sensor‑based inspection tools
• Troubleshoots automation‑related quality issues and performs root cause analysis (5 Why, Fishbone, 8D)
• Analyzes process capability data: FPY, Cp/Cpk, SPC trends, and defect Pareto
• Develops and implements Poka‑Yoke (error‑proofing) solutions
• Creates and maintains inspection plans, quality control procedures, and acceptance criteria
• Leads or supports PPAP activities: PFMEA, MSA, capability studies, and control plans
• Investigates non‑conformances, initiates corrective actions, and verifies effectiveness
• Supports NPI by validating automation readiness and quality controls prior to production release
• Supports or develops PLC logic for quality detection, rejection, and containment
• Reviews interlocks, alarm systems, and fault logic for out‑of‑spec response
• Validates HMI functionality for accurate, real‑time operator feedback
• Assists with automation programming, debugging, and optimization
• Collaborates on system design reviews to embed quality requirements in automation architecture
• Validates equipment, improves in‑process quality controls, and implements error‑proofing solutions
• Performs other duties as assigned
• Proficiency in statistical analysis tools:
  Minitab, JMP, Excel, data analysis, and advanced statistical techniques
• Understanding of APQP, PFMEA, Control Plans, and SPC methodologies
• Familiarity with PLC programming (Allen‑Bradley, Siemens, or equivalent)
• Vision system programming (Cognex, Keyence, or equivalent)
• HMI/SCADA system knowledge
• CQE or Six Sigma Green/Black Belt certification
• Collaborative robot (cobot) and automated assembly experience
• High‑volume production background (automotive, aerospace, electronics, consumer products)
• CAD proficiency (Solid Works, CATIA, or Pro/E)
• Strong troubleshooting and analytical skills

• Strong verbal, written and communication skills
• Project management, time management, problem solving and organization
• Fluent English – reading and writing is required
• Professionalism, integrity, and exceptional attention to detail
• Strong independent decision‑making skills; excellent analytical skills and professional judgment
• Excellent interpersonal, written, and verbal communication skills

• Quality Management Systems (QMS), ISO 9001, and ISO 13485
• Process Improvement and other “toolbox” processes (i.e., DFMEA, PFMEA, MSA, SPC, PPAP, APQP, Lean Manufacturing, 5S, TAKT, 5
  
  Why, 8D, Poka‑Yoke, etc.)
• Aerospace quality, engineering, and manufacturing
• ITAR standards and regulations; USG FAR and DFAR.
• Engineering Processes, Standard Drawings Conventions, Interpreting Drawing, Specifications, and GD&T
• Risk registries or similar forms.
• MS Office

• Establish and maintain effective working relationships
• Fluent English – reading and writing is required
• Pass pre‑hire background check including DMV and credit screening
• Pass Pre‑hire Drug Screening
• Present information in one‑on‑one and small group situations to customers, clients, and other employees of the organization
• Present complex technical information to leadership and external customers
• Partners with manufacturing, maintenance, and controls teams to improve system performance
• Drives continuous improvement:…