We are passionate about customer satisfaction and service. We fearlessly engage in any effort that will eliminate our customers’ risk and clear a path to their success. We immerse ourselves in our customers’ world, reveal unknowns and deliver integrated solutions.
We are seeking a Process Quality Engineer to work at our AWS location in San Antonio, Texas. Candidate must be a self-starter, hands-on individual with 5+ years of automotive industry experience. Experience with Wire Harness manufacturing is a preferred.
Key Job Elements
Fulfill the role of Quality Engineer in:
- Process Quality
- RTF Metric reporting and problem solving.
- Support and instruct Quality Inspectors.
- Identify root cause and respond with corrective action.
- Develop and execute plans for quality control to ensure constant manufacturing continuity and product conformance.
- Review, supervise and review quality control plans.
- Participate as Material Review Board member to review Non-Conforming Material as suitable.
- Initiate purge and sort activities along with supervise quality documents.
- Develop and execute statistical process controls utilizing appropriate quality tools plus statistical techniques.
- DMAIC: Define, measure, analyze, improve and control
- PDCA: Plan, do, check, act
- Problem solving (product/process)
- APQP: Advanced Product Quality Planning
- Review drawings, routings, work orders, work instructions and various related production and development plans for quality requirements.
- Process flow diagrams, Work instructions, control plans and PFMEA
- PPAP: Production Part Approval Process: Assist qualification of new manufactured quality products.
- Customer Quality: Apply 8D Methodology to investigate all Customer complaints and issues.
- Process Quality
- Fulfill the role of Manufacturing engineer in:
- Change management: Drive execution of SBR, ECR/ECO, DCO, DEV, 8D, NCR and Inspections.
- Continuous Improvement: Optimizer Value streams for operational excellence and lean manufacturing:
- Poka Yoke / Mistake proofing
- Capacity (current/forecast)
- Standard work / Line balance
- Kaizen (mini/major events)
- 5S and Visual Standards
- SMED: Single Minute Exchange of Dies
- Support Manufacturing Operations
- Design experiments to develop optimum production processes - manual assembly, automated assembly, press operations, automated inspection, testing, etc.
- Supervise ME Technicians to identify and solve production/quality issues
- Plan and develop processes and capacity utilization strategy for assembly operation of electrical components.
- Ensure production readiness of key processes.
- Troubleshoot root cause for equipment and process related problems.
- Develop appropriate secondary manufacturing processes.
- Create work instructions & procedures and update existing.
- Conduct time studies, modify BOMs and routings.
- Work with suppliers on component issues.
- Workplace design (Tools / Fixtures / Cells) and Plant layout.
- Material presentation and packaging.
- Support New Product Development and Continuous Improvement Efforts
- Class 2 project ownership for Operations.
- Class 1 support Advanced Manufacturing Engineering and Manufacturing Test Engineering.
- Support Safety and Training
- Establish solutions to safety near misses, Path cards (Ergonomics).
- Lead and participate in OSHA teams.
- Train the trainers and train operators as required.
- Personal Development
- Learn how our products work and how they are used.
Qualifications
Education
- B.S. in Electrical or Mechanical Engineering or B.S.E.T. Electrical or Mechanical Engineering
- A minimum of 5 years of high volume Electronic Manufacturing, preferably for automotive applications
- Prefer Six Sigma training or certification
Knowledge, Skills and Abilities
- Knowledge of FMEA, PPAP, MSA, Fault Tree Analysis, DVT (Design Verification Testing), Product Return Rate Analysis, FRACAS and Root Cause Failure Analysis is required.
- Ability to communicate effectively with global customers, design/production engineering, and manufacturing.
- Experience with lean manufacturing and Six Sigma methodologies.
- Experience with Mini-Tab preferred.
- Experience supporting ISO, TS, CSA, and/or UL.
Key Performance Characteristics
- Innovative Outlook
- Power of Analysis
- Effective Communication Skills
- Adaptability, Strong Work Ethic
- Passion for the Job and Sense of Urgency
- Positive Attitude, Honesty/Integrity
- Provide Quality leadership for root cause analysis and corrective action teams related to product non-conformances reported by customers and/or are supplier related in an effort support corporate quality performance goals
- Continually seeks to accomplish the mission and improve the organization by Displaying a no-excuse can-do attitude
- Providing a superior level of customer service by exceeding internal and external customer expectations
- Staying aware of developments in quality knowledge and tools in the quality industry
- Spreading the message of Quality and Organization Excellence throughout the organization
Top Skills
What We Do
Who we are
Since 1994, EControls has delivered innovation and customer satisfaction to the engine and vehicle industries through:
• State-of-the-art engine application, calibration development and testing to meet emissions, drivability and fuel economy requirements
• Design, development, qualification and production of “more robust than automotive” grade Engine Control Units
• Creation of critical components – fueling systems, harnesses, sensors and actuators
• High-quality, rugged and robust systems used in the most demanding environments
What we do
EControls combines fundamental engine knowledge, engine control expertise and innovation to produce full authority engine control systems that meet your requirements.
Markets/applications include off-road industrial, heavy-duty on-road, generator sets, marine equipment, material handling, construction equipment and agricultural equipment.
What we deliver
• Complete engine control systems for LNG, LPG and gasoline
• Custom hardware solutions with quick turnaround for software modifications
• Full depth and breadth of engine/application expertise
• Minimal upfront development investment
• High-quality, advanced engine control technology