PHILLIP SINGER
McLeansville, NC ***** 336-***-****
acsy8b@r.postjobfree.com
CONTINUOUS IMPROVEMENT LEADER (LEAN SIX SIGMA BLACK BELT)
Summary:
Led and implemented Continuous Improvement initiatives on multiple processes, responsible for ensuring a high level of performance in making improvements to existing processes by identifying Key Performance Indicators, drive improvements via performance measurement, 5S, kaizen events, SMED, standardize work, TPM, Six Sigma Methodology, Lean Manufacturing Principles, and other relevant tools.
Education:
Associates Degree, (Physic & Chemistry)
oBassingbourn Village College
BSc Material Science:
oCambridge College, Cambridge, England
Bsc Electronic Engineering:
oCambridge College, Cambridge, England
Areas of Expertise:
Certified Six Sigma (Black Belt)
Certified in Lean Principles (Green Belt)
Certified in Design for Six Sigma (DFFS Green Belt)
Conducting statistical analysis on critical data using Minitab
Perform complex problem solving Skills using RCFA (Root Cause Failure Analysis)
Apply Toyota Production System Principles (TPS) in identifying anomalous process(s)
Well-versed in MS Office products.
Proficient use of Visio Software (Diagramming and Vector Graphics, i.e VSM )
Experience:
Paperworks Packaging Group, Whitsett, North Carolina
Continuous Improvement Engineer 4/2015 to 9/2015
Plan, deploy, and lead all lean activities that will produce significant cost savings though productivity, quality, waste reduction improvements, and improving business processes
Implemented troubleshooting guides, Standardize Work Instructions and “One Point Lessons” which had a significant impact on reducing process start-up/set-up scrap
Facilitate and train team members on the standards of lean principles, techniques, and methodologies: Value Stream Mapping, 5-S, Quick Changeover, Six Sigma, Quality, Lean, Visual management.
Sypris Technologies, Morganton, North Carolina
Continuous Improvement Engineer 2010 to 2015
Conducted kaizen events which resulted in improvement savings based on improved productivity, improved quality and in waste reduction by 30% and increased quality by 10% by implementing equipment upgrades
Successfully implemented troubleshooting guide and Standardize Work Instructions which had significant reduction on process Start-up/Set-up Scrap
Successfully facilitated several SMED projects to completion which led to the reduction of NVA activities and increased output flow resulting in reduction manufacturing cost
Responsible for tracking and reporting to upper management all CI engineers project savings on a monthly basis
US PIPE & FOUNDRY, Birmingham, Alabama
Continuous Improvement Engineer 2006 – 2010
Worked closely with all levels of management and teams to drive consensus, collaboration and forward momentum towards the completion of project milestones and the attainment of goals using Quality/Lean Six Sigma tools
Accomplished several significant cost savings initiatives with a projected annual savings of $5.250,000 from 2007-2009
Facilitated several successful Kaizen events with cross-functional teams in improving manufacturing operations effectively increasing efficiency and productivity
Responsible for writing and implementing new Work Instructions and Standardize Work procedures on our new facility
Trained and certified engineers on 1st wave of Six Sigma Green belt
HONEYWELL ELECTRONIC MATERIALS Spokane, Washington, 1998 to 2006
Process Engineer (Metallurgical)
Effectively developed a casting and Thermal Deformation Process prototype that increased production by 100% with projected annual sales of $2,000.000
Applying Lean Manufacturing Principles has led to the reduction cost of casting Aluminum slab production an resulted in increasing the overall yield (from 67% – 93%)
Principle Technical Consultant for Intel’s new prototype production facility for Low Alpha Lead Anodes
Applying Lean Manufacturing Principles has significantly increase the ribbon punching production of AuSn Performs by 100% and significantly reducing the overall cost per unit
Redesigned how samples were prepared for the casting department totally eliminating false readings from the lab’s Analytical Analysis with a projected annual cost savings of ~$250,000