Ethan Carter

Austin, TX

(512) 438-7291

ethan.carter.eng@gmail.com

linkedin.com/in/ethancarter-eng

SUMMARY

Results-driven Manufacturing Engineer with 1+ years of experience in process optimization, equipment support, and continuous improvement within medical device and electronics manufacturing. Proven record of achieving 15% efficiency gains through Lean initiatives and structured problem-solving. Expertise in process validation and root cause analysis to optimize production workflows, mitigate quality risks, and drive operational reliability across cross-functional manufacturing environments.

SKILLS

Process Validation

Lean Manufacturing

Root Cause Analysis

SPC Methods

Equipment Troubleshooting

Manufacturing Documentation

EXPERIENCE

Manufacturing Engineer I

Trionix Medical Systems, Austin, TX

June 2024 – Present

• Supported manufacturing operations, resolving 90% of shop floor issues related to assembly and design to ensure uninterrupted production flow.
• Assisted in process validation activities, including IQ, OQ, and PQ, achieving 100% compliance and improving process reliability.
• Analyzed production data to implement corrective actions, reducing defect rates by 18% using SPC and structured root cause analysis.
• Developed work instructions and training materials, improving operator efficiency by 15% and reducing process variability.

Engineering Intern – Manufacturing

NovaTech Assembly Solutions, Dallas, TX

May 2023 – May 2024

• Assisted in Lean improvement projects, increasing line efficiency by 12% through waste reduction and workflow optimization.
• Supported equipment setup and troubleshooting, reducing downtime by 10% during automated assembly operations.
• Documented manufacturing processes and maintained compliance with quality standards, improving audit readiness.
• Collaborated with cross-functional teams to support NPI builds and process improvements.

EDUCATION

Bachelor of Science in Mechanical Engineering

University of Texas at Dallas

Daniel Kim

San Diego, CA

(619) 552-8842

daniel.kim.mfg@gmail.com

linkedin.com/in/danielkim-manufacturing

SUMMARY

Results-driven Manufacturing Engineer with 4+ years of experience in process development, supplier quality, and automation systems within regulated manufacturing environments. Proven record of achieving 20% yield improvement through data-driven process optimization and Lean methodologies. Expertise in process validation and DFM engineering to optimize production systems, mitigate variability, and drive scalable manufacturing performance.

SKILLS

Process Development

DFM Engineering

Supplier Quality

Automation Systems

Statistical Analysis

Process Validation

EXPERIENCE

Manufacturing Engineer

Apex Biomedical Devices, San Diego, CA

March 2022 – Present

• Developed and optimized manufacturing processes, increasing throughput by 22% through improved layouts, tooling, and automation integration.
• Led cross-functional improvement initiatives, reducing manufacturing costs by 15% using Lean and Six Sigma methodologies.
• Executed IQ, OQ, and PQ validation protocols, achieving 100% compliance and improving process capability.
• Collaborated with suppliers to improve quality and reduce lead time by 18% through process alignment and performance evaluations.

Project Engineer – Manufacturing

Vector Assembly Technologies, Irvine, CA

July 2020 – February 2022

• Managed manufacturing transfer projects, achieving 98% on-time delivery through coordination with global contract manufacturers.
• Conducted supplier quality assessments, reducing transition risks by 30% during production transfers.
• Analyzed process performance and implemented improvements, increasing yield by 17% through statistical methods and DOE.
• Supported equipment commissioning and automation setup, improving uptime by 20%.

EDUCATION

Bachelor of Science in Mechanical Engineering

University of California, Irvine

Christopher A. Reynolds

Minneapolis, MN

(612) 903-7714

c.reynolds.engineering@outlook.com

linkedin.com/in/christopher-reynolds-pe

PROFESSIONAL SUMMARY

Results-driven Manufacturing Engineer with 10+ years of experience in advanced manufacturing, process validation, and global production transfers within medical device and high-tech industries. Proven record of achieving 25% cost reduction and 30% efficiency gains through Lean transformation and automation strategies. Expertise in NPI execution and process engineering to optimize manufacturing systems, mitigate operational risks, and drive enterprise-wide performance improvements.

CORE SKILLS

Lean Manufacturing

Process Validation

NPI Execution

Automation Engineering

PFMEA Analysis

Manufacturing Strategy

EXPERIENCE

Senior Manufacturing Engineer

Helix Precision Medical, Minneapolis, MN

January 2021 – Present

• Led global manufacturing transfer projects, achieving 100% on-time launches across international sites while reducing transition risks by 35%.
• Directed cross-functional teams to resolve complex production issues, improving uptime by 22% through structured root cause analysis.
• Implemented Lean and Six Sigma initiatives, reducing manufacturing costs by 18% and improving yield by 20%.
• Oversaw process validation activities and PFMEA development, ensuring full regulatory compliance and strengthening product reliability.
• Influenced product design through DFM and DFA, reducing production costs by 15% and improving manufacturability.

Manufacturing Engineer

Orion Advanced Systems, Chicago, IL

June 2016 – December 2020

• Designed and optimized manufacturing processes and layouts, increasing throughput by 25% and improving material flow efficiency.
• Led automation and equipment integration projects, improving system uptime by 30% and reducing manual labor dependency.
• Developed manufacturing documentation and testing protocols, achieving 100% compliance with ISO and FDA standards.
• Managed supplier quality and performance, improving first-pass yield by 18% through process alignment and corrective actions.

EDUCATION

Bachelor of Science in Mechanical Engineering

University of Illinois Urbana-Champaign

• Directed end-to-end manufacturing process development for new and existing products, improving production readiness by 30% through optimized workflows, standardized methods, and cross-functional alignment with design engineering teams.
• Collaborated with design engineering during new product introduction builds, resolving over 95% of proto-build issues by documenting defects, driving DfX feedback loops, and accelerating production release timelines.
• Implemented structured issue tracking and closure processes, reducing engineering change turnaround time by 25% while ensuring all proto-build concerns were validated before mass production approval.
• Coordinated product transfers to overseas contract manufacturers, achieving 100% on-time launches by aligning supply chain, quality, and engineering stakeholders across multiple regions.
• Established and maintained manufacturing and test process instructions, increasing assembly consistency by 20% and reducing operator errors through clear, standardized documentation practices.
• Reviewed and executed engineering change orders while troubleshooting production issues, improving yield by 15% and minimizing downtime through effective root cause analysis and corrective action implementation.

Core Skills:

• Process Engineering
• DFX Optimization
• NPI Execution
• ECO Management
• Root Cause Analysis
• Manufacturing Documentation

• Led cross-functional manufacturing transfer projects within defined timelines, quality standards, and budgets, delivering 98% on-time execution by aligning engineering, operations, and supplier stakeholders across multiple product lines.
• Evaluated supplier manufacturing processes and validation documentation, conducting quality audits and enabling seamless transfer to new sites, reducing supplier-related risks by 35% during transition phases.
• Supported validation activities across PCB assembly, injection molding, and manual assembly processes, improving first-pass yield by 20% through robust testing strategies and DFM-driven design improvements.
• Reviewed engineering drawings for tolerance stack-ups, material specifications, and compliance, ensuring 100% adherence to standards while preventing downstream manufacturing defects and rework costs.
• Identified and communicated process deviations, delivering actionable feedback and redlines on work instructions and layouts, resulting in 25% improvement in process clarity and operator efficiency.
• Optimized manufacturing layouts and process integration with operations teams, increasing floor space utilization by 15% and reducing material handling time through streamlined workflows and equipment placement.

Core Skills:

• Process Transfer
• Supplier Quality
• Tolerance Analysis
• DFM Engineering
• Layout Optimization
• Validation Testing

• Engineered advanced manufacturing solutions for complex products and production challenges, increasing overall equipment effectiveness by 18% through integration of automation, optimized tooling, and material process innovations.
• Analyzed fabrication, assembly, and workflow processes, reducing cycle time by 22% by applying design knowledge, process simulation, and data-driven improvements across multiple production lines.
• Enhanced product quality and cost efficiency through continuous improvement initiatives, achieving 15% cost reduction while maintaining compliance with ISO, EN, MDD, and FDA regulatory requirements.
• Defined and executed IQ, OQ, and PQ validation protocols, ensuring 100% process qualification compliance while training production teams on standardized procedures and new equipment integration.
• Optimized workforce utilization and facility layouts, improving TAKT alignment and increasing throughput by 20% through strategic space planning and streamlined material flow design.
• Applied advanced engineering analyses, including FEA, DOE, SPC, and FMEA, strengthening process capability by 25% and driving effective corrective and preventive actions across cross-functional teams.

Core Skills:

• Process Validation
• DOE Analysis
• SPC Methods
• FMEA Risk
• FEA Simulation
• Regulatory Compliance

• Implemented lean production systems in PCB and electronic assembly environments, increasing line efficiency by 25% through waste reduction, standardized work, and optimized surface mount and testing processes.
• Led Kaizen initiatives across cross-functional teams, delivering over 20 continuous improvement projects annually and reducing defect rates by 18% through structured problem-solving and built-in-quality methodologies.
• Deployed and managed functional test systems and robotics integration, improving automation uptime by 30% while enhancing production throughput and reducing manual intervention in critical assembly operations.
• Diagnosed complex manufacturing issues and executed rapid problem resolution, restoring production stability within 24 hours on average and preventing recurrence through root cause analysis and corrective actions.
• Acted as liaison between engineering, quality, and operations, resolving performance bottlenecks and improving yield by 15% through data-driven decisions and SPC, Cpk, and MSA application.
• Mentored junior engineers and supported Andon-driven escalation processes, strengthening technical capabilities while improving response time to production disruptions and sustaining high operational efficiency.

Core Skills:

• Lean Manufacturing
• SPC Analysis
• Automation Systems
• Root Cause Analysis
• PCB Assembly
• Robotics Integration

• Provided subject matter expertise on manufacturing equipment and systems, improving uptime by 20% through performance monitoring, data analysis, and targeted equipment optimization strategies.
• Monitored operational metrics and analyzed equipment performance trends, enabling data-driven decisions that reduced unplanned downtime by 18% and improved overall process reliability.
• Led cross-functional teams to troubleshoot equipment failures, resolving over 90% of critical issues within SLA targets through structured root cause analysis and coordinated corrective actions.
• Established and executed maintenance strategies, extending equipment lifecycle by 25% while reducing maintenance costs through predictive and preventive maintenance planning.
• Delivered short- and long-term performance reporting, identifying improvement opportunities that increased equipment efficiency by 15% across manufacturing and process support functions.
• Investigated operational events using formal problem-solving tools, implementing preventive actions that reduced recurring failures by 30% and strengthened overall system stability.

Core Skills:

• Equipment Reliability
• Root Cause Analysis
• Predictive Maintenance
• Performance Analytics
• Process Optimization
• Failure Investigation

• Conducted product quality impact assessments, ensuring 100% compliance with regulatory and internal standards while minimizing risk through structured evaluation of process and design changes.
• Developed and executed change implementation strategies, coordinating cross-functional stakeholders to achieve seamless adoption and reducing change-related disruptions by 20% across operations.
• Owned and managed change control records, improving documentation accuracy and audit readiness while ensuring timely approvals and full traceability within quality management systems.
• Led small-scale improvement projects, delivering measurable gains in process efficiency by up to 15% while contributing to scope, schedule, and requirements for larger engineering initiatives.
• Defined User Requirements Specifications and facilitated design reviews, ensuring alignment between engineering, quality, and operations to support robust and scalable manufacturing solutions.
• Supported equipment startup, commissioning, and qualification activities, achieving 100% validation success by aligning process parameters and documentation with operational and regulatory requirements.

Core Skills:

• Change Management
• URS Development
• Process Validation
• Quality Compliance
• Design Reviews
• Equipment Qualification

• Delivered comprehensive engineering support across manufacturing operations, improving production efficiency by 20% through SAP routing optimization, BOM accuracy, and real-time resolution of product and process issues.
• Developed and maintained SAP production routings and BOMs, increasing planning accuracy by 25% and enabling seamless coordination between supply chain, manufacturing, and quality teams.
• Analyzed operational data to identify root causes and implement corrective actions, reducing defect rates by 18% while enhancing process stability through statistical analysis and Six Sigma methodologies.
• Led capital improvement initiatives with business case development, achieving ROI targets exceeding 15% by implementing cost-effective manufacturing solutions and advanced process technologies.
• Drove cross-functional improvement programs, enhancing first-pass yield by 22% and strengthening supplier performance through qualification support and collaborative problem-solving with internal and external stakeholders.
• Evaluated and deployed innovative manufacturing technologies, reducing production costs by 12% while improving scalability and aligning strategic plans with long-term operational objectives.

Core Skills:

• SAP Routing
• BOM Management
• Six Sigma
• Process Optimization
• Statistical Analysis
• Supplier Development

• Partnered with tissue and automation SMEs and external vendors to engineer complex manufacturing solutions for bioprosthetic heart valve production, improving process reliability by 20% in regulated environments.
• Directed global project transfers to Singapore and Costa Rica, achieving 100% on-time delivery by aligning cross-site stakeholders, mitigating risks, and ensuring seamless knowledge and process transitions.
• Established and executed detailed project plans using risk analysis and scheduling tools, improving milestone adherence by 25% while meeting stringent customer and regulatory expectations.
• Applied Six Sigma DMAIC and Lean principles to reduce process variability by 18% and optimize value streams through process mapping, layout redesign, and flow efficiency improvements.
• Designed and executed validation protocols and complex experiments, achieving 100% process qualification success while generating data-driven insights to support manufacturing decisions and regulatory compliance.
• Developed comprehensive training materials and work instructions, increasing operator proficiency by 30% and enabling effective knowledge transfer across production teams and global manufacturing sites.

Core Skills:

• DMAIC Methodology
• Process Validation
• Lean Manufacturing
• Project Management
• Value Stream Mapping
• Automation Integration

• Delivered hands-on technical support to manufacturing teams, resolving over 90% of shop floor issues related to product design, assembly, and order detailing to sustain production continuity.
• Collaborated with order entry and product engineering teams, eliminating 25% of specification discrepancies by addressing write-up errors and implementing permanent corrective solutions for design mismatches.
• Investigated and documented service requests, reducing recurring issues by 20% through structured analysis and deployment of long-term corrective and preventive actions.
• Enhanced value stream performance by driving lean initiatives and productivity improvements, increasing operational efficiency by 15% while supporting key manufacturing performance indicators.
• Developed and standardized training materials and manufacturing procedures, improving workforce competency and reducing quality deviations by 18% across production operations.
• Managed specification deviations and use-as-is dispositions, ensuring compliance while minimizing production delays through timely decision-making and effective cross-functional coordination.

Core Skills:

• Lean Manufacturing
• Root Cause Analysis
• Process Improvement
• Technical Support
• Quality Systems
• Work Instructions

• Led Integrated Product Teams to drive producibility studies and manufacturing strategies, improving product readiness by 30% through alignment of design, tooling, and production philosophies in complex environments.
• Directed manufacturing qualification activities, achieving 100% compliance with regulatory and customer requirements while ensuring robust validation and readiness for full-scale production.
• Developed model-based manufacturing plans, increasing engineering efficiency by 25% and enabling seamless transition from product definition to scalable production processes.
• Resolved complex technical challenges using root cause analysis, reducing recurring issues by 20% and accelerating issue closure timelines across cross-functional engineering teams.
• Implemented advanced manufacturing technologies and composite processes, reducing production costs by 15% while enabling higher-rate manufacturing and automation integration.
• Advised senior leadership on long-term manufacturing strategy and investments, influencing enterprise-wide lean initiatives and establishing standardized procedures, protocols, and reporting frameworks.

Core Skills:

• Model-Based Engineering
• Process Qualification
• Composite Manufacturing
• Root Cause Analysis
• Lean Engineering
• Manufacturing Strategy

• Designed and optimized manufacturing processes and production layouts, improving throughput by 22% through efficient material handling, equipment integration, and streamlined assembly and machining workflows.
• Developed and refined assembly and test procedures, increasing first-pass yield by 18% while standardizing operations to ensure consistent product quality across production lines.
• Engineered production fixtures, tools, and visual aids, reducing waste by 15% and enhancing operator efficiency through ergonomic design and clear process guidance.
• Reviewed and dispositioned non-conforming materials, decreasing defect recurrence by 20% through root cause identification and implementation of design and process improvements.
• Resolved supplier-related engineering issues, improving component quality by 17% and ensuring uninterrupted supply through close collaboration with vendors and subcontract manufacturers.
• Executed validation activities, including IQ, OQ, PQ, and FMEA updates, achieving 100% compliance while supporting successful new product introductions with Quality and R&D teams.

Core Skills:

• Process Design
• Fixture Development
• Process Validation
• FMEA Analysis
• Supplier Quality
• Assembly Optimization

• Established and maintained production standards, improving process consistency by 20% through structured documentation, standardized work practices, and alignment with quality and operational requirements.
• Implemented ergonomic process improvements, reducing workplace injuries by 30% through risk assessments, workstation redesign, and proactive safety-focused engineering solutions.
• Developed and optimized inspection methods, increasing measurement accuracy by 25% while reducing inspection costs through streamlined procedures and advanced quality control techniques.
• Led CAPA investigations and applied PDCA methodologies, decreasing recurring defects by 18% while driving continuous improvement through Lean and Six Sigma practices.
• Advised engineering teams on design concepts and specifications, enhancing manufacturability and equipment utilization while supporting efficient integration of production processes and technologies.
• Managed technical documentation and PLM activities using CAD and Oracle systems, improving data integrity by 20% and ensuring accurate BOMs, parts, and engineering records across product lifecycles.

Core Skills:

• Lean Manufacturing
• Six Sigma
• CAPA Management
• PLM Systems
• CAD Modeling
• Ergonomic Design

• Engineered complex electro-mechanical assembly processes, improving build efficiency by 20% through deep system understanding and optimized integration of multi-component assemblies in high-precision environments.
• Designed and fabricated custom assembly fixtures, reducing assembly time by 25% while enhancing repeatability and ensuring consistent product quality across production operations.
• Diagnosed and resolved complex technical issues autonomously, achieving rapid problem ownership and reducing downtime by 18% through effective root cause identification and corrective action implementation.
• Collaborated with cross-functional teams and external vendors, improving manufacturability by 22% through DFM-driven design feedback and alignment with contract manufacturing requirements.
• Developed clear and accurate work instructions and labor standards, increasing operator productivity by 15% and ensuring standardized execution of complex assembly processes.
• Applied strong engineering judgment and communication skills to drive solutions, fostering team alignment and continuous improvement while maintaining high standards of technical excellence and accountability.

Core Skills:

• Electromechanical Assembly
• Fixture Design
• DFM Engineering
• Root Cause Analysis
• Work Instructions
• Labor Standards

• Led cross-functional engineering, quality, and R&D teams to resolve complex production issues, reducing downtime by 20% through structured problem-solving and coordinated corrective actions across manufacturing operations.
• Developed and tracked yield, cost, and throughput metrics, improving overall equipment performance by 18% through data-driven lean manufacturing initiatives and targeted process optimizations.
• Drove continuous improvement programs, reducing manufacturing costs by 15% while enhancing product quality through systematic waste elimination and process standardization.
• Collaborated with R&D to ensure manufacturability of new products, accelerating product launches by 25% through early DFM integration and robust process planning.
• Created and maintained manufacturing documentation and testing protocols, achieving 100% compliance with ISO, MDD, and quality system regulations while improving audit readiness.
• Designed and enhanced manufacturing equipment and supplier coordination strategies, increasing throughput by 22% and aligning external partners with operational performance and quality objectives.

Core Skills:

• Lean Manufacturing
• DFM Engineering
• Process Optimization
• Quality Systems
• Manufacturing Metrics
• Equipment Design

• Planned and executed manufacturing process development for medical device assembly, improving production readiness by 25% through optimized tooling selection, supplier alignment, and robust process design.
• Collaborated cross-functionally with R&D, Quality, and Regulatory teams, accelerating product development timelines by 20% while ensuring full compliance with regulated environment requirements.
• Validated manufacturing processes through IQ, OQ, and PQ protocols, achieving 100% qualification success and strengthening process reliability through detailed testing and documentation practices.
• Analyzed process performance and implemented monitoring methods, increasing yield by 18% through statistical analysis, metric tracking, and targeted corrective and preventive actions.
• Managed supplier performance and preventive maintenance systems, reducing equipment downtime by 22% while improving lead time and cost efficiency through continuous process improvements.
• Resolved design and process issues while managing change controls and documentation, decreasing non-conformances by 20% and ensuring accurate, compliant records for production and audit readiness.

Core Skills:

• Process Validation
• CAPA Management
• Statistical Analysis
• pFMEA Development
• Medical Devices
• Change Control

• Developed optics grinding and polishing processes from prototype to production, improving surface quality by 30% through rigorous testing, data analysis, and process standardization.
• Implemented statistical process control methodologies, reducing process variation by 22% by measuring, comparing, and correcting key parameters across optical manufacturing workflows.
• Refined existing processes through continuous data tracking and analysis, increasing yield by 18% while standardizing procedures and enhancing overall production consistency.
• Authored detailed optical work instructions and reviewed process methods, ensuring 100% alignment with design requirements and minimizing discrepancies between planned and actual outcomes.
• Collaborated with design engineering to validate processing compatibility, reducing rework by 20% through early alignment of product specifications and manufacturing capabilities.
• Led process development initiatives and trained staff, strengthening technical capability while improving team performance and supporting adoption of advanced optical manufacturing techniques.

Core Skills:

• Optics Processing
• SPC Analysis
• Process Development
• Data Analysis
• Work Instructions
• Yield Optimization

• Analyzed process metrics and performance trends, improving operational efficiency by 20% through data-driven identification of improvement opportunities across manufacturing value streams.
• Led cross-functional continuous improvement teams, delivering over 15 Kaizen and Kaikaku initiatives annually and achieving 18% gains in quality, service, and cost performance.
• Optimized factory layouts at macro and micro levels, increasing throughput by 22% through improved material flow, reduced handling, and enhanced workstation design.
• Implemented predictive and preventive systems, including SPC and TPM, reducing process failures by 25% and strengthening early detection of performance deviations.
• Championed 5S and safety initiatives, improving workplace organization and sustaining gains with a 30% reduction in safety incidents and improved audit compliance scores.
• Collaborated with stakeholders across all organizational levels, strengthening engagement and driving adoption of improvements while applying hands-on assembly expertise to validate process effectiveness.

Core Skills:

• Process Analytics
• Lean Manufacturing
• SPC Methods
• TPM Systems
• Factory Layout
• Continuous Improvement

• Designed and developed manufacturing procedures, tooling, and fixtures, increasing production capacity by 25% while improving product quality, process efficiency, and operator safety in high-mix manufacturing environments.
• Supported production lines by troubleshooting equipment and implementing process improvements, reducing downtime by 20% and resolving operator issues to maintain continuous manufacturing operations.
• Generated and maintained manufacturing documentation, ensuring 100% compliance with internal policies and quality systems while improving process consistency and audit readiness.
• Applied Lean and Six Sigma methodologies to drive continuous improvement, reducing waste by 18% and enhancing overall process performance through structured problem-solving techniques.
• Collaborated with R&D, Quality, and Marketing to launch new products, accelerating time-to-market by 22% through effective cross-functional coordination and validation execution.
• Developed CAD drawings and executed IQ, OQ, and PQ validations, achieving full process qualification while supporting equipment selection, audits, and maintenance to sustain operational reliability.

Core Skills:

• Lean Manufacturing
• Six Sigma
• Process Validation
• SolidWorks CAD
• Tooling Design
• Equipment Support

• Led manufacturing launches for new and revised products, achieving 100% on-time introductions by aligning design, production, and supplier readiness with structured planning and execution.
• Provided technical expertise during product development and testing, improving design robustness by 20% through DFx analysis and early-stage engineering collaboration.
• Developed structured BOMs and detailed mechanical and electrical drawings, increasing production accuracy by 25% and enabling seamless design transfer to contract manufacturers.
• Implemented continuous improvement initiatives on product design and processes, reducing manufacturing costs by 15% while enhancing quality and operational efficiency.
• Established compliant manufacturing processes and testing methods, ensuring full adherence to safety, environmental, and regulatory standards while validating product and process capability.
• Analyzed production metrics including labor, material costs, and schedules, improving forecasting accuracy by 18% and driving informed decision-making through clear reporting and issue communication.

Core Skills:

• DFX Analysis
• BOM Development
• Process Validation
• Manufacturing Launch
• Cost Analysis
• Tooling Design

• Led manufacturing engineering projects and automation initiatives, increasing production capacity by 20% through integration of advanced equipment and optimization of automated assembly processes.
• Implemented lean manufacturing improvements, reducing process inefficiencies by 18% while enhancing overall throughput and operational consistency across production lines.
• Introduced and commissioned new manufacturing equipment, achieving 100% successful deployment by managing installation, simulation, and validation of automated systems, including sensors and vision technologies.
• Managed preventive and predictive maintenance programs, decreasing equipment downtime by 22% and improving system reliability through data-driven maintenance strategies.
• Directed automation engineering functions and process control systems, improving system performance by 25% while ensuring stable and scalable manufacturing operations.
• Developed work instructions and provided technical leadership to engineering teams, increasing knowledge transfer effectiveness by 30% and strengthening execution of complex manufacturing processes.

Core Skills:

• Automation Engineering
• Process Control
• Lean Manufacturing
• Equipment Commissioning
• Predictive Maintenance
• System Integration

• Led large-scale manufacturing projects with full budget and cross-functional ownership, delivering 95% on-time project completion while aligning engineering, operations, and suppliers to ensure successful production outcomes.
• Directed team development and performance management, improving team productivity by 20% through structured training, coaching, and effective workload planning across engineering and manufacturing functions.
• Optimized production systems and product designs, reducing manufacturing costs by 18% while improving quality consistency through DFM/DFA integration and continuous process improvements.
• Executed NPI and process validation activities, including IQ, OQ, and PQ, achieving 100% compliance while ensuring operational readiness from concept through product launch.
• Established and maintained PFMEA and risk mitigation strategies, reducing high-risk failure modes by 25% and strengthening product reliability and manufacturing robustness.
• Drove sustaining engineering and production support initiatives, improving uptime by 22% through root cause analysis, tooling enhancements, and effective coordination with contract manufacturers.

Core Skills:

• NPI Execution
• Process Validation
• PFMEA Analysis
• DFM DFA
• Root Cause Analysis
• Manufacturing Leadership