Summary
Overview
Work History
Education
Skills
Certification
Accomplishments
Personal Traits
References
Timeline
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Rahul Parvatham

Summary

Creative and progressive engineering professional with 6 years of experience in Lean Manufacturing, Six Sigma, continuous improvement, and Verification and Validation activities. Skilled in developing and implementing effective manufacturing processes. Experienced in cross-functional team collaboration for successful product introductions. Resourceful Manufacturing Engineer known for high productivity and efficient task completion. Specialize in process optimization, quality control, and automation integration. Excel in problem-solving, teamwork, and adaptability, ensuring effective collaboration and innovation in manufacturing environments.

Overview

7
7
years of professional experience
1
1
Certification

Work History

NPI Manufacturing Engineer

Phillips-Medi size
New Richmond, WI
03.2024 - Current
  • Ensured compliance of manufacturing processes with FDA 21 CFR Part 820 and ISO 13485 regulations
  • Executed IQ, OQ, and PQ protocols for high-precision manufacturing equipment, collaborating with cross-functional engineering teams to validate process capability and ensure consistency across production runs.
  • Led complex equipment integration involving PLC programming, HMI configuration, and real-time data acquisition systems, enabling seamless setup and streamlined transfer from development to production.
  • Employed DOE methodologies to optimize critical parameters
  • Developed detailed process documentation and control plans in alignment with FMEA findings, effectively addressing potential failure modes, and ensuring robust quality control mechanisms.
  • Implemented vision system technologies for real-time inspection and defect detection, enhancing product traceability and compliance with UDI (Unique Device Identification) requirements.
  • Optimized automated packaging systems, including serialized data management and labeling protocols, to meet traceability standards and reduce rework due to labeling errors.
  • Led root cause analysis and CAPA investigations for equipment and process deviations, applying Six Sigma methodologies to implement corrective actions and minimize recurring issues.
  • Collaborated with OEMs and vendors to integrate custom tooling and complex automation solutions, managing FAT and SAT validations to ensure equipment conformance to specifications.
  • Established best practices ensuring smooth equipment transition for production teams.

Manufacturing Engineer Sustaining

Phillips-Medi size
Hudson, WI
01.2020 - 03.2024
  • Provided advanced technical support for sustaining operations, leveraging statistical process control and Six Sigma methodologies to maintain high process capability and minimize product variability.
  • Led root cause analyses and CAPA implementations for production issues, using data-driven tools like DMAIC and fishbone diagrams to resolve recurring equipment malfunctions and process deviations.
  • Managed complex equipment troubleshooting and optimization for PLC-controlled systems, vision inspection setups, and automated packaging machinery, ensuring consistent product quality and regulatory compliance.
  • Reduced rework and scrap rates by 99% through optimization of parameters.
  • Coordinated engineering change orders (ECOs) for product design updates and process modifications, ensuring all changes met FDA and ISO 13485 standards and maintained alignment with manufacturing requirements.
  • Developed and updated detailed technical documentation, including SOPs, work instructions, and control plans, to support regulatory audits and ensure consistent quality management practices.
  • Monitored equipment performance and initiated predictive maintenance schedules, analyzing downtime data to identify trends and implement proactive solutions, increasing equipment.
  • Performed regular FMEA assessments to address potential failure modes, implementing corrective actions that improved process robustness and reduced the risk of nonconformance in high-throughput production environments.
  • Collaborated with cross-functional teams to standardize process improvements and enhance overall production efficiency, applying lean manufacturing techniques to streamline workflows and eliminate bottlenecks.
  • Led training sessions for operators and maintenance teams on updated manufacturing protocols, PLC troubleshooting, and vision system configurations, enabling efficient issue resolution and knowledge retention on the production floor.

Manufacturing Engineer

Sakthi Automotive
Detroit, MI
07.2017 - 12.2019
  • Optimized counter pressure die casting processes by refining critical parameters like melt temperature, mold pressure, and cooling rates, achieving smoother metal flow and improved mold fill consistency for high-strength steering knuckles, resulting in a 15% reduction in cycle time.
  • Reduced gas porosity and shrinkage defects by implementing advanced venting systems and vacuum-assisted casting techniques, decreasing internal voids and enhancing product durability to meet stringent automotive quality standards, leading to a 30% reduction in defect rates.
  • Conducted detailed root cause analysis and corrective action on common defects, such as gas holes and cold laps, using X-ray and ultrasonic testing to ensure internal quality. Ultimately, this reduced defect rates by 25%.
  • Standardized process parameters and developed SPC controls for critical-to-quality (CTQ) features, ensuring compliance with IATF 16949 standards and maintaining high product consistency across batches, which improved quality metrics by 20%.
  • Collaborated with design and material engineering teams to redesign gating systems, optimizing metal flow and minimizing turbulence, resulting in a 30% reduction in scrap and rework due to surface defects.
  • Established in-line quality checks and statistical monitoring for casting parameters, enabling real-time adjustments to maintain process stability and ensure components met exacting dimensional tolerances, reducing quality inspection time by 20%.
  • Improved die casting equipment uptime by implementing predictive maintenance schedules based on equipment performance data, significantly reducing unscheduled downtime by 25%, and enhancing overall production throughput.
  • Developed and implemented training modules for operators on die casting best practices, including defect recognition, safety protocols, and maintenance routines, fostering a knowledgeable and proactive production team, which resulted in a 30% decrease in quality issues.
  • Analyzed production data to identify process trends, using control charts and capability analysis to proactively adjust processes and maintain high standards in product integrity and reliability, leading to a 20% increase in yield.

Education

Masters in Engineering - Industrial Management

Indiana Institute of Technology
Indiana

Bachelors in Civil Engineering -

Jawaharlal Nehru Technological University (JNTU)
Hyderabad, Telangana

Skills

  • Lean Manufacturing
  • Six Sigma Methodology
  • Process Improvement
  • Gannt Charts
  • Fishbone Diagrams
  • Root Cause Analysis
  • KAIZEN
  • Kanban
  • Process flow diagrams
  • Minitab
  • Windchill
  • Master Control
  • SAP
  • Process Validation (IQ/OQ/PQ)
  • Test Method Validation
  • Process Mapping
  • FMEA (Failure Mode and Effects Analysis)
  • CAPA
  • NCMR
  • SCAR
  • Gage R&R
  • Vision systems
  • Statistical Process Control (SPC)
  • Process Capability
  • CGMP
  • CGxP
  • FDA
  • EUMDR
  • 21 CFR Parts 210
  • 211
  • 820
  • ISO 13485
  • ISO 14971
  • ISO 9001
  • Engineering concepts
  • Cost-reduction strategies
  • Geometric dimensioning and tolerancing
  • Value stream mapping
  • Microcontrollers
  • Production Planning

Certification

  • Lean six sigma green belt.
  • Supply Chain Foundations.
  • GD&T.
  • Introduction to Project Management.
  • Quality Management Principles.
  • Fundamentals of Manufacturing Process.

Accomplishments

  • Led cross-functional analysis and troubleshooting of material variation and equipment inconsistencies across multiple assembly stations, including swage, leak, and inspection points. Utilized advanced problem-solving techniques, including Ishikawa diagrams, IMR charting, and root cause analysis to resolve issues in end-of-arm tooling (EOAT) operations, ultimately enhancing robotic accuracy and material handling efficiency. This comprehensive approach reduced downtime, improved production consistency, and earned formal recognition from management for operational excellence.
  • Initiated and led a Continuous Improvement Project (CIP) targeting epoxy dispensing inefficiencies identified as a key factor in UPDT and yield loss, based on trends in data analysis. Conducted in-depth root cause analysis on epoxy dispensing variability, deploying IMR charts, CPK, and PPK metrics to pinpoint inconsistencies. Developed and implemented corrective measures that significantly reduced downtime and optimized dispensing accuracy, directly improving first-pass yield (FPY) and earning management recognition for strategic contribution to productivity enhancement.
  • Developed a Vision Failure Modes tool based on FMEA, incorporating root cause analysis and corrective actions from prior investigations to standardize troubleshooting across engineering, maintenance, and quality teams. This tool provided a unified framework, aligning cross-functional communication and reducing trial-and-error troubleshooting. By documenting failure modes and resolution protocols, it enabled the quality team to efficiently determine root causes for non-conformances, improving response times, minimizing downtime, and ensuring consistency in reporting and issue escalation. This initiative led to enhanced production reliability and streamlined workflows across departments

Personal Traits

  • Analytical Problem-Solver – Skilled at breaking down complex production issues, utilizing data-driven methodologies like root cause analysis, IMR charts, and CPK/PPK metrics to drive effective solutions.
  • Detail-Oriented and Precision-Focused – Committed to maintaining high standards in production accuracy and quality, with a proven ability to troubleshoot material handling and process inconsistencies with a meticulous approach.
  • Proactive Continuous Improvement Leader – Consistently identifies and initiates projects to address key efficiency and quality gaps, demonstrating a forward-thinking approach to enhancing operational performance.
  • Collaborative Team Player – Works closely with cross-functional teams, suppliers, and production staff to ensure alignment on process changes and equipment enhancements, fostering a collaborative work environment.
  • Adaptable and Resourceful – Skilled in quickly adjusting to new challenges and dynamically optimizing processes, equipment, and troubleshooting approaches to achieve desired outcomes.
  • Technically Proficient Innovator – Experienced with advanced automation, vision systems, and PLCs, able to leverage technology and technical skills to streamline production and improve OEE.
  • Results-Driven with High Accountability – Holds a strong commitment to delivering impactful results, demonstrated by success in reducing downtime, increasing FPY, and achieving production targets efficiently.
  • Effective Communicator and Trainer – Skilled at developing SOPs, training materials, and reconciliation procedures, ensuring clear understanding and compliance among team members

References

References available upon request.

Timeline

NPI Manufacturing Engineer

Phillips-Medi size
03.2024 - Current

Manufacturing Engineer Sustaining

Phillips-Medi size
01.2020 - 03.2024

Manufacturing Engineer

Sakthi Automotive
07.2017 - 12.2019

Masters in Engineering - Industrial Management

Indiana Institute of Technology

Bachelors in Civil Engineering -

Jawaharlal Nehru Technological University (JNTU)
Rahul Parvatham