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Six Sigma Project

Location:
Taylors, SC
Posted:
January 27, 2014

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Resume:

RANDY HAHN, CQE, PMP

* ****** ***** 864-***-****

Simpsonville, SC 29681 accc5i@r.postjobfree.com

SUMMARY OF QUALIFICATIONS

Experience: Strong hands on technical leader with demonstrated ability to identify improvement

opportunities and develop innovative solutions to capitalize on the opportunities.

Education/Certifications: BS in Chemistry, MS in Chemical Engineering, Six Sigma Black Belt, senior

member ASQ, certified Quality Engineer, and PMI certified Project Management Professional.

Problem Solving/Root Cause Analysis: Proven ability to determine and address the root cause of quality

issues using a variety of techniques including 8D, Six Sigma, 5 Whys, and scientific first principles.

Leadership Skills: Extensive experience leading global and co-located cross functional teams in a matrix

environment. A change agent that championed the effective utilization of PMI project management

methodology, statistics, SPC, DOE and Six Sigma across business group and national boundaries.

Interpersonal Skills: Values team success over personal recognition. Develops positive relationships with

others based on trust and respect to create an atmosphere of knowledge sharing to drive business success.

Communication Skills: Author of over 20 published papers. Able to identify critical facts, simplify complex

subject material and tailor communication style to audience.

Computer Skills: MS Office (Excel, Word, PowerPoint), Minitab, MS Project, SharePoint, Google Docs.

AREAS OF EXPERTISE

Quality Tools (SPC, FMEA, MSA) Six Sigma and DOE APQP, PPAP

Process

Lean Methodologies Project Management

Technical Writing

Problem Solving (8D, 5 Whys) Team Leadership

Collaboration

REGOGNITION / AWARDS

Best Paper Capacitor and Resistor Technology Symposium, October 2005 Prague, Czech Republic.

(Involved the application of Six Sigma methodology to address a critical quality characteristic).

Led team which won 2009 Innovision Award established to distinguish businesses which set new

standards for innovation in finding, developing and retaining profitable business.

2009 Featured Inventor at KEMET (award initiated in 2007). Author/co-author of 28 US patents.

Two time winner of prestigious Club of Excellence Award instituted in 2006 and bestowed on the top

performers in the company.

Six time winner of KEMET Special Recognition Award Winner between 1989 and 1998.

Graduate of inaugural KEMET Technology Leadership Forum featuring industry leading educators from

institutions such as MIT, Harvard Business School and Cal Tech. Served as an action learning team

mentor and featured speaker at subsequent Technology Leaders Forums.

BUSINESS EXPERIENCE

KEMET ELECTRONICS CORPORATION, Simpsonville, SC 1984 – 5/2013

ISO 9001 and ISO/TS 16949 certified manufacturer of electronic components for automotive, computer,

communication, industrial, medical and military applications. World’s largest producer of tantalum

capacitors.

Innovation Center Management Positions (1999 – 5/2013)

Led global team which identified, developed and introduced technologies and new products in order to

increase productivity, reduce costs and provide improved product quality, reliability and performance.

Hosted monthly Innovation Center Quality Operating System Review Meetings. Reviewed critical

performance metrics and status of continuous improvement projects.

Successfully led numerous continuous improvement activities as illustrated by the following examples.

Led multi-functional Six Sigma team responsible for 10x improvement in critical quality

o

performance characteristic. Failure to correct this issue threatened the viability of a product line

with annual sales exceeding $100M. Communicated progress to company president weekly.

Designed series of experiments to systematically demonstrate mechanisms for incomplete

o

coverage of internal surfaces of porous substrate following chemical impregnation process.

Developed improved processes resulting in 10-20% increase in internal surface area coverage.

Equipped assembly machines with tooling to allow for precision control of key parameters

o

determined to cause failures. Failure rate dropped several orders of magnitude and expensive

and unreliable inspection procedures were eliminated.

Discovered root cause for long term variation in intrinsically conductive polymer reactive coating

o

process that had plagued line for years. Led to the development of a proprietary off line process

to optimize monomer bath chemistry and a patented process to prevent changes in on line bath

chemistry.

Led project team which resolved quality issue with major customer resulting in retention of

o

multimillion dollar account. Communicated project status during weekly conference calls and

customer site visits.

Led several lean projects as illustrated by the example below.

Led lean new product development project. Utilized value stream mapping and lessons learned-

o

best practices case studies to drive implementation of improved project portfolio management,

project planning, targets and measures, design and process FMEA’s resulting in a 30% reduction

in phase gate development cycle time and improved technology transfers from Innovation Center

to low cost manufacturing.

Developed manufacturing model for Innovation Center which identified lean opportunities in

o

batch processing based on changes in product mix between small experimental batches and

larger production batches. Implemented fast change outs, eliminated unnecessary batch holds,

streamlined PO approval process.

Sponsored lean project which led to 50% reduction in cycle times for high priority batches.

o

Improvements resulted from batch prioritization process, high priority batch pull system, OEE

studies on bottleneck processes, cross training, and targeted off shift coverage.

Utilized lean process mapping and lessons learned methodologies to identify improvement

o

opportunities in patent application process. Effort resulted in implementation of claim review

board, modified preliminary invention disclosure (PID) template/process, and global PID review

board.

Identified issues with management processes and implemented effective solutions as illustrated below.

o Developed and implemented Technology Transfer Process which focused on transferring

technology, not a recipe. Elements included increased participation by receiving team earlier in

development process, mandatory participation by sending and receiving plants during review of

critical project documentation such as FMEA’s, Targets and Measures, and issues

faced/overcome during development. Required statistical analysis of process capability studies

conducted at both sending and receiving plants and documented safe launch process.

o Championed the use of PMI based project management tools. Worked closely with teams to

write and execute project plans. Invited by CTO to introduce the methodology to his staff in

Global Development Meeting.

Senior Engineer/Quality Control Group Leader (1984 – 1999)

Responsible for identifying and developing process and product improvements. Much of my focus was on

reducing process variation, improving product quality, training and operator empowerment.

Developed novel control charts based on statistical principles for processes subject to natural drift.

Procedures for calculating the control limits and making process corrections were incorporated into a

Quality Operating Document. Subsequently introduced closed loop control systems to further reduce

variation. These improvements led to a 4x increase in cpk for critical process characteristics.

Established Kaizen teams that empowered operators to participate in process improvement activities.

Advocated the use of statistical inference methods. Provided companywide training in basic statistics

and statistical inference.

Wrote programs that tracked process outputs by machine to identify needed process corrections.

Worked with outside commercial and academic labs to develop methods to characterize semiconductor

cathode material. This work led directly to two major breakthroughs resulting in a two fold increase in

the conductivity of the material.

EDUCATION

MS, Chemical Engineering, Clemson University & BS, Chemistry Wofford College



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