John Walklet
**** *** **** **. . ****, NC *****
(919) 662 - 7709 Home . abhyc2@r.postjobfree.com
PROFESSIONAL EXPERIENCE
Nestle USA, Mt. Sterling, KY
July 2010 -
Present
TPM Manager
* Responsible for the implementation, management, and successful operation
of the Total Productive Maintenance process in the plant. The initial
roll out will involve the Autonomous Maintenance (AM), Planned
Maintenance (PM), Focused Improvement (FI) and Training and Learning
Pillars.
o Currently coordinating the development of the TPM preparation phase
plan by:
. Establishing KPIs at the plant, department, line and
associate levels that are balanced, acceptable, understood,
meaningful and measurable.
. Setting up shift handover, daily and weekly review meetings
that allow the effective communication, discussion and
escalation of issues.
. Implementing the tracking of KPIs and a resolution process to
resolve lagging performance.
. Coordinating the training of the management team and
associates in the areas of root cause analysis, problem
solving, goal alignment and meeting management.
Unilever HPC, Raeford, NC February 2003 - March 2010
Continuous Improvement and Reliability Manager
* Responsible for Overall Equipment Effectiveness (OEE), Autonomous
Maintenance (AM) and Effective Maintenance (EM) results for personal care
liquids packaging lines. The line's OEE results improved by 14 points
over a twelve month period. This was accomplished by:
o Developing an improvement plan using a 4M (Cedac) analysis which
led to the plant leadership team's commitment to its priorities,
KPIs and resource commitments.
o Leading, coaching and mentoring teams that identified, prioritized
and implemented 85 Focused Improvement (FI) and Continuous
Improvement (CI) projects.
o Working with the EM team to develop shutdown work plans that were
based upon the breakdown recurrence matrix and the correction of
critical Abnormality/Improvement Tags (F-Tags).
o Implementing a 3 x 3 loss identification and tracking methodology
which identified and prioritized losses while providing progress
feedback to the FI, CI and maintenance teams.
o Establishing a team Kaizen "toolbox" that included 5 Why problem
solving, 5W and 1H problem classifying and failure mode effects
analysis (FMEA).
o Moving the maintenance team from repairing only to problem solving
and correcting root causes. The maintenance team is now conducting
FI/CI projects and using the recurrence matrix and break down
analysis tables to improve equipment reliability. This effort has
help reduce the incidence of major breakdowns by 20%.
* Working with the AM and CI teams to reduce the number of items to
inspect, increase the inspection intervals and decrease the time to carry
out inspections. Actions taken to date have included moving lubrication
points from internal to external locations, reducing lubrication points
and improving inspection access.
Lead Systems Engineer - Category Supply Chain
* Responsible for Supply Chain implementation of strategic company
initiatives in key strategic product categories. Responsible for scale
up, equipment design and implementation of all product packaging related
innovation, margin and continuous improvement initiatives for the two
categories.
* Executed the design and implementation of a multi-million dollar capital
re-structuring of a personal care liquids manufacturing production plant.
Conducted extensive site capacity analysis upon which the capital cost
estimate was submitted and approved. Leader of the packaging engineering
project team that was responsible for equipment selection, equipment
specifications, equipment factory acceptance trials, installation,
commissioning and start up of two high speed packaging lines.
Lead Systems Engineer - Category Supply Chain (continued)
* Using TPM elements of Early Equipment Management (EEM) Early Product
Management (EPM) and Focus Improvement (FI):
o Incorporated EPM Design for Manufacturability into multiple
consumer packaging innovation design efforts to deliver vertical
start up, optimize line efficiency and minimize capital
expenditure. One workshop identified a package design modification
that resulted in 10% increase in capacity.
o Led EEM Maintenance Prevention (MP) workshops to guide selection of
automated, high speed packaging equipment such as case sealers &
bottle fillers. Workshop used 4M, FMEA and life cycle cost
analysis techniques to focus selection on improving reliability and
flexibility. One workshop identified twenty-two MPs for a single
piece of packaging equipment.
McCormick & Co., Inc., Hunt Valley, Maryland
Sept. 2002 to Jan. 2003
Senior Project Engineer
* Developed a multi-line end of line automation solution incorporating
automated case erection, packing, sealing and robotic palletizing to
deliver estimated operational savings of $420,000 per year.
* Conducted an evaluation of the vertical/form/fill/seal and open mouth bag
filling equipment and developed upgrade strategy to deliver potential
material and labor savings of $480,000 per year.
The Clorox Company, Oakland, California
Aug. 1982 to Aug. 2002
Project Manager, Clorox Products Manufacturing Co., Houston, TX
May 2001 to Aug. 2002
* Managed the planning, design, contract bid/negotiation/award,
construction and commissioning of a $15 million bottle supply project
that generated $5 million in annual operation savings. Project scope
included a new electrical substation and distribution network,
construction of offices and employee facilities, wind loading structural
upgrades and roof replacement. Overcame legacy building permit issues,
undocumented utilities and the late delivery of customer provided
equipment. Accountable for the structural and roof upgrade costs and
schedules that were managed by others.
Plant Engineering Manager, STP Products Company, Painesville, OH
Mar. 2000 to April 2001
* Implemented an integration strategy for production of Armor All auto care
products in STP production facilities. Execution required the
reconfiguration of packaging lines and new equipment installation
generating $350,000 in annual savings.
* Guided a five person maintenance team in the implementation of a
preventive maintenance program for five packaging lines. The program
reduced the occurrence of severe maintenance breakdowns by 25%.
* Responsible for the development and management of the plant capital and
maintenance expense budgets.
Project Manager, Clorox Products Co., Aberdeen, MD
Dec. 1999 to Feb. 2000
* In charge of a project team which included a process design engineer,
civil engineer and construction manager that delivered a $20 million
compounding automation project four weeks ahead of schedule, $0.3 million
under budget and with zero lost time accidents. Project team was
responsible for the planning, design, contract bid/award, construction
and commissioning. The project used new technology which required the
preparation and presentation of a HazOp and risk assessment to senior
management stakeholders.
Contract Packaging Manager, Kingsford Products Co., Oakland, CA
May 1997 to Nov. 1998
* Analyzed supply chain costs for four production sites and six
distribution centers. Developed a supply chain strategy that delivered
$235K in production and logistics savings.
* Responsible for Quality, Customer Service and Costs for six third party
manufacturing sites. Worked with sites to improve Quality, Customer
Service and Cost metrics by 10%, 5% and 8% respectively.
Procurement Manager, International Division, Oakland, CA
Mar. 1995 to Apr. 1997
* Responsible for providing raw and packaging materials, spare parts and
equipment to fifteen overseas manufacturing locations.
* Led a seven person team that reduced order processing lead time from five
to two days, increased order fulfillment accuracy from 91 to 99 per cent
and revamped order processing charges to reflect true costs.
* Worked with three critical vendors to lower their costs and lead time by
providing them with accurate forecasts and setting up less than container
load shipments and harmonized specifications and requirements.
Project Manager, International Division, Oakland, CA
Mar. 1990 to Apr. 1995
* Led Product Supply function in establishing a $6.9 million Joint Venture
production facility in the Philippines. Successfully overcame difficult
infrastructure issues to start up the facility on time and with in
budget. Successfully coordinated the site selection, design, hiring and
training with the local joint venture partner.
* Led supply chain function in evaluation and selection of manufacturing
locations in China and Thailand. Prepared the scope definition, led
preliminary engineering and developed capital estimate. Directed site
due diligence which included environmental and infrastructure studies.
* Directed a $3.0 million capital project to install a high speed packaging
line in Korea which delivered $500,000 in savings. Successfully combined
local and US engineering design and US equipment.
* Managed a multi functional multi country team that focused on improving
packaging line productivity in Malaysia, Puerto Rico, Poland and Saudi
Arabia. The team delivering operational savings of 20%.
* Developed alternate sourcing vendors for Clorox designed case packers and
fillers. The resulting partnerships reduced the machine build time and
costs by 25% and 10% respectively versus Clorox internal fabrication.
Innovation/Planning Manager, Household Products & International Div.,
Oakland, CA June 1985 to Feb. 1990
* Responsible for the deployment of scented bleach in the US. The customer
service level exceeded 98%.
* Acted as a liaison between process, packing, brand development teams and
manufacturing sites.
* Directed the team that developed the first international Clorox bleach
bottle design.
* Headed the product supply team that launched home cleaning products in
Saudi Arabia and Puerto Rico. These products increased annual sales in
those locations by $2.5 and $0.8 million per year.
* Guided implementation of promotional activities and new product
introductions supporting the Home Cleaning & Laundry Additives business
units.
Production Manager, Household Products Division, Kansas City, MO
Aug. 1982 to May 1985
* Improved plant performance ranking from 9th place to 3rd place by:
o Developing a plan to replace and rebuild packaging equipment.
Identifying deficiencies in packaging equipment performance through
the use of downtime analysis and benchmarking.
o Improved the capability of the mechanic resources by testing
knowledge, identifying gaps and applying training resources.
EDUCATION
MS, Management - Georgia Institute of Technology
BS, Civil Engineering - University of Cincinnati