KENNETH R. ZABEL
Niles, MI **107
ad1yuq@r.postjobfree.com
A high energy, resourceful, Quality Engineering and Compliance Management Professional - a creative problem solver; enables manufacturers of automotive, heavy equipment, aerospace, commercial food equipment, medical devices, and others to achieve competitive edges and maintain high quality standards. Quality Management, Social Compliance, Health & Safety Auditor; prepare or review PPAP, IQ/OQ/PQ validation and supplier qualification reports. Developed and expanded the Global Food Equipment Sanitation Certification Programs (commercial food equipment against NSF/ANSI public health safety standards) at NSF International, Intertek/ETL Semko, and CSA International.
EDUCATION
ISO 9001:2008 Lead Auditor Training - SAE; ISO 9001:2015 Transition - MRA, Caliso; AS9100D - BSI
B.B.A., Quality Management Cum Laude, Cleary University, Ann Arbor MI
Honors Biology Program, University of Michigan, Ann Arbor MI
PROFESSIONAL EXPERIENCE
GREAT LAKES METAL STAMPING, Quality Manager 8/2023 to 11/2023
Manufacturer of metal stamped parts, providing weldments and assemblies to diverse markets - automotive, appliance, agricultural, consumer, furniture, heavy equipment, industrial, recreational, power tools. Supplier Quality Auditor, Internal Auditor - IATF 16949, ISO 9001:2015. Developed Layered Process Audit (LPA) and Product Audit Programs.
TATA CONSULTANCY SERVICES (TCS) PRODUCT STEWARDSHIP ENGINEER 7/2021 to 7/2023
Johnson & Johnson – Ethicon: RoHS and REACH compliance of surgical staplers, adv. energy 7/2021 to 12/2022
devices, robotic surgery, clip appliers, and trocars used in minimally invasive and open surgical procedures.
RoHS Subject Mater Expert (SME): Directives 2002/95/EC, 2011/6/EU, 2015/863
REACH Review Substances of Very High Concern (SVHC): 1907/2006 - Annex XIV, XVII
Safe Drinking Water and Toxic Enforcement Act of 1986 (CA Prop 65) compliance validation
Material of Concern (MOC) Data collection (review) from suppliers, contract manufacturers
Ethicon R&D Materials, Biocompatibility & Stewardship Team; Restricted Sub. Mgmt. (RSM)
Johnson & Johnson MedTech Product Stewardship Team
QUALITY/SAFETY COMPLIANCE EXPERT (contractor) 2011 to 2012; 2014 to 2022
ISO 17025 Gap Analysis Audits: RoHS Testing Laboratory (A2LA Workplace Training AWPT)
APSCA Social Compliance Auditor – SMETA, SA8000 (Intertek, Bureau Veritas, QIMA, AI, UL) #21702305
Contract Auditing: Internal Audits, Supplier Audits (ISO 9001, AS9100, SA8000, SMETA, specific company specs)
SGS North America: Sustainability Auditor (AIAG Sustainability) – suppliers to Fiat Chrysler America (FCA); QMS Auditor (ISO 9001:2008) – suppliers to Mattel; Compliance Auditor – Samsung Appliance Service Centers
Speaker, Automotive Quality Management Conference (Novi, MI 2018): Benchmarking Audits of Suppliers to Identify Common Challenges & Lessons Learned in Applying New Standards (organized by Hanson Wade)
FDB Events: Design and present custom training on ISO 9001:2105 Quality Management and Social Management Systems at various global locations including Dubai and Kuala Lumpur
Zimmer Biomet (medical devices), Supplier Remediation (FDA 403 findings), IQ/OQ/PQ, Risk Assessments
SQA Services: QMS Auditor (ISO 9001:2008, AS9100C) – audit suppliers to SpaceX (rocket manufacturer)
Wacker Neuson (construction equipment): internal auditing upgrade to ISO 9001:2015 (STS Technical Services)
SAI Global : Certification/Compliance Auditor - North & South American manufacturers of plumbing fixtures, materials against NSF/ANSI 61, CSA B125, AS/NZS Water Quality Standards
Underwriters’ Laboratories - UL-STR Division: QMS Auditor (ISO 9001:2008); Product Verification & Validation (PV&V); Pre-production compliance assessments; inspections, evaluations
Fuji Electric Co (Coffee Making Equipment from Japan), Inacio de Castro Figueiredo food slicers from Brazil), Javar (meat grinders from Columbia): Coordinate certification processes with Certification Body (ETL, CSA, NSF, UL), train safety engineers to support certification against NSF, UL, CSA Standards
Miami Walk-in Coolers, CresCor (heated cabinets, refrigerators), GE Lighting (refrigerator lighting), F.A.C.E.M. SpA (food processing equip): write, update certification reports submitted to certification agencies (UL, NSF, CSA, ETL)
Reaction Housing (temp housing units): NFPA 70, 101, 1192 (NEC, National Fire Prot. Assoc.) compliance validation
Parker Hannifin (refrigeration filters, valves, components) ATEX 94/9/EC, 2014/34/EU [ATmosphères EXplosives]
TAYLOR EQUIPMENT, Senior Compliance Engineer, Rockton, IL 2012 to 2013 Manufacturer of soft serve ice cream makers/dispensers, double-sided grills, custom food equipment
Coordinated agency approvals - Electrical Safety (UL, ETL), Gas Safety (CSA/AGA), Sanitation (NSF), CE Approvals and IEC 60335-1 (TÜV Rhineland); assessed, coordinated NFPA, HACCP, RoHS, REACH, WEEE, ATEX Compliance
Internal Quality Systems Auditor, Trainer (ISO 17025 - SAI Global); Internal Lab Auditor (ISO 9001:2008 - UL)
CSA INTERNATIONAL, Certification Specialist Independence, OH 2005-2010
Global Third-Party Certification Body; Division of the Canadian Standards Association
Developed and expanded CSA Sanitation Program which included evaluation and documentation of commercial food equipment against NSF/ANSI public health safety standards; conducted combined Sanitation/Gas & Electrical Safety Certification projects. Trained, mentored Certification Engineers across North America, Europe, China.
Designed and conducted training for CSA Engineers from across North America, Europe, and Asia to conduct evaluations, test commercial food equipment and integrate the agency product safety certification and sanitation reports.
INTERTEK - ETL SEMKO, Sr. Sanitation Engineer Cortland, NY (home based in Michigan) 2003-2005
Global Third-Party Certification Body
Evaluated, tested, and documented compliance of commercial food and pool equipment - NSF/ANSI Public Health Safety Standards and conducted performance testing at clients' facilities; prepared/reviewed Safety (Gas, Electrical, Water) and Sanitation Certification Reports
Developed and conducted training in North America, Europe, Asia enabling engineers, auditors to also conduct evaluations; test commercial food, pool equipment against NSF/ANSI Standards; mentored/reviewed subsequent work.
BOSAL INDUSTRIES, Quality Engineer (two contractual positions), Warren, MI summers 2002, 2005
Manufacturer of automotive. aerospace exhaust systems, components.
Review & authorize Quality/Production Plans; DFMEA, PFMEA; Gage R&R
Prototype assessment & validation; PPAP Preparation, CMM use: PC-DMIS
Drove corrective actions and system enhancements to ensure compliance with ISO9002, QS-9000, TS/ISO 16949, AS-9000, and ISO 14001 standards; realized reductions of external defects (68%), internal scrap (7% to 1.5%).
FDA 21CFR Material Compliance Review – designed/managed new material review processes
SPIRAL INDUSTRIES, Quality Engineer (contractual), Howell, MI 2002
Manufacturer of hose and tube assemblies: automotive, truck, tractor, and aerospace customers
GD&T, CMM use, inspections of hose and bent tube products; complaint investigation, resolution, prevention
Implemented AS-9000 and TS/ISO 16949; DFMEA, PFMEA
MAPCO (Merchants Automated Products Co.), Quality Control Supervisor, Canton, MI 2001 to 2002
Precision machining, lathe, grinding of metal fabricated automotive, aerospace, medical device, and custom parts
Validate CNC set up, floor and first article inspections, final audits of custom milling, grinding metallic products; prototype runs for aerospace, automotive customers.
Supplier Quality Engineer, audited suppliers, contractors; PPAP, IQ/OQ/PQ Review
Procure Test and Inspection Gages; Geometric Dimensioning & Tolerancing; DFMEA, PFMEA; Gage R & R
Developed GD&T, SPC and QS-9000 training and document controls; audited suppliers, contractors
EXEMPLAR MANUFACTURING, Quality Control Laboratory Supervisor, Ypsilanti, MI 1999 to 2001
Manufacturer of fasteners: automotive, military, aerospace, medical industries; brake actuator assemblies
Performed QC testing of fasteners against ASTM standards for tensile strength, shearing, corrosion resistance.
Calibrated, repaired test equipment, calipers, micrometers, other gages; Gage R & R, APQP, PPAP preparation
Supplier Quality, reviewed quotations, Pre-Production Plans; validate CNC set up; CMM use (PC-DMIS)
Developed procedures, trainings to obtain ISO 9001 & QS-9000 registration, ISO 14001 & 17025 compliance
NSF INTERNATIONAL, Sr. Food Equip. Program Rep. Food & Pool Testing Group Leader, Ann Arbor, MI
Global Third-Party Certification Body 1989 - 1999
Evaluated, tested, tested, documented compliance of commercial food and pool/spa equipment
LABORATORY: Testing Group Leader; Safety Team Member/Auditor, Lab Safety Officer, Nuclear Safety Officer
CERTIFICATION (Program Representative): Evaluated equipment, worked with manufacturers to resolve non-compliance issues and obtain required documentation; trained, reviewed work of new employees
Created training and documentation guides to explain how food equipment is to be evaluated, tested, documented, certified, and compliance audited
Manufacturing, Certification, and Quality Trainings designed and presented by Kenneth R. Zabel
Analyze Data & Identify Root Cause
8-D Problem-Solving (Eight Discipline), or Global 8D, a step-by-step problem-solving methodology popularized by Ford Motor Company: Use Team Approach; Describe the Problem; Implement and Verify Short-Term Corrective Actions; Define and Verify Root Causes; Verify Corrective Actions; Implement Permanent Corrective Actions; Prevent Recurrence; Congratulate Team.
7 Step Problem Solving, a structured basis designed by Chrysler to help deliver outcomes and solutions to problems: Find the
Right Problems to Solve, Define the Problem, Analyze the Problem, Develop Opportunities, Select the Best Solution, Implement, Evaluate and Learn; designed by Chrysler Corporation,
5-Why Analysis - asking "Why?" five times, successively, to understand the ultimate root cause and complete a Cause & Effect diagram; designed by General Motors.
Unified Problem Solving Team. I designed and taught a combined problem-solving methodology which combines the 5-Why, 7 Step, 8-D, FDA 21CFR 820, and MIL Specification Processes to allow problems to be assessed and tracked at the same level for all manufacturing areas (GM, Chrysler, Ford, medical, and military) while at Exemplar Manufacturing.
Cost of Poor Quality (COPQ) quantifying negative outcomes due to waste, inefficiencies and defects in a process.
Regression Analysis - statistical measurement of correlation can be calculated (least squares method) to quantify the strength of the relationship between variables
Fishbone Diagram used to identify all of the contributing root causes likely to be causing a problem
Histogram graphs of a distribution of data designed to show centering, dispersion (spread), and data shape (relative frequency)
Design of Experiments to evaluate which process inputs have a significant impact on the process output
Statistics Handbook - to efficiently use statistical methods
Improve Processes
Brainstorming - in an atmosphere of suspended judgment - no criticism - so that ideas freely flow from the participants
Six Thinking Hats - when working towards a goal without a clear solution, change your hat, change your idea (perspective)
System Diagrams - study of the behavior of complex systems - seeking to understand the web of relationships between activities
Error-Proofing (poka-yoke) - implementation of fail-safe mechanisms to prevent a process from producing defects
6M’s (manufacturing): An organization defined as it transforms raw Material to products and services to serve the Market. Three key resources are used in this process – Manpower, Money, and Machinery/equipment. The sixth M stands for process Management.
6M’s (quality): Machines, Methods, Materials, Measurements, Mother Nature (Environment), Manpower (People)
Corrective Action Matrix is used by problem-solving teams to keep track of who is doing what - by when
Measure & Collect Data
Measurement System Analysis (MSA) to qualify a measurement system for use by quantifying its accuracy, precision, and stability.
Trend Chart (Run Charts) to show trends in data over time
Statistical Process Control (SPC) uses control charts used to plot data over time and identify both Common Cause variation and Special Cause Variation - establish control limits to detect an out-of-control or out-of-specification condition
Six Sigma Conversion Table - Defects Per Million Opportunities are converted to a Sigma Level - equivalent to 99.9997%
Define & Prioritize Problems
Failure Mode & Effects Analysis (FMEA) to prioritize potential defects based on severity, frequency, and likelihood of detection
Affinity Diagram to sort/consolidate a large amount of information into groupings (clusters of ideas); natural ‘affinities’
Pareto Chart (Manufacturing) shows the relative frequency of defects in rank-order
Pareto Chart (Service) to rank the various categories/causes of a problem
Process Flow Chart provides a visual representation of the steps in a process - Gives everyone a clear understanding of the process; Helps to identify non-value-added operations; Facilitates teamwork, communication; keeps everyone on the same page
Value-added Flow Chart to improve cycle times, productivity by visually separating value-adding, non-value-adding activities
Project Priority Calculator to identify those projects that have the highest priority.
Control Processes
Production Product Approval Process (PPAP) preparation, updating, review, approval processes; APQP, Control Plans, DFMEA, MSA, SPC, PFMEA
CHECK Process – a simple tool to evaluate process conformance (Correct, Housekeeping, Equipment, Contain, Keep doing it!)
Installation, Operation, Performance Qualification (IQ/OQ/PQ) of medical devices, including special processes which cannot be validated by other means; Risk Analysis of unvalidated processes, FDA 483 Letter Resolution
7S: Team Spirit, Safety (6S) added to 5S - workplace organization, housekeeping: Sort, Straighten, Sweep, Standardize, Sustain
Statistical Process Control (SPC) uses control charts used to plot data over time and identify both Common Cause variation and Special Cause variation and to establish control limits to detect an out-of-control or out-of-specification condition
Failure Mode & Effects Analysis (FMEA) used to prioritize potential defects based on their severity, expected frequency, and likelihood of detection - Design (DFMEA) and Process (PFMEA)
Advance Production Quality Planning (APQP), Design for Six Sigma (DFSS) - techniques used to develop products
11/30/2023