Oct. 15, 2018


Description

Why Use Value Stream Mapping? 

Any business thrives by delivering innovative products (or services) to its customers faster, better and at a lower cost than its competitors!  To deliver a service or to build a product, a business executes a single process (or multiple linked processes).  Each process consists of a sequence of steps that consume resources (labor hours, equipment hours, energy, materials, floor space, office overhead, etc.).  Each step costs money because it consumes resources to execute it!  Unfortunately, every step in the current process may not deliver value to the customer.  A step could be: 

  • A VA (value-added) step because it is “an activity that physically changes the shape or character of the product”

OR

  • A NVA (non-value-added) step because it is “an activity that consumes more than the absolute minimum of materials, machines, manpower, etc. required to produce the product”

OR    

  • A NNVA (necessary but not value-added) step because it is “an activity that creates no value but is necessary given the limitations of the current system”.

If they knew, the customer would want to pay only for the VA steps that were performed to deliver the product.  But the reality is that the customer ends up paying also for the unnecessary NNVA and NVA steps that were performed to deliver the product!    

 

The Seven Wastes in the Operations of Any Business

Studies have shown that a business only adds value to a product for less than 5% of the Lead Time they quoted to the customer.  As for the rest of the Lead Time, it is NNVA (necessary but not value-added) or NVA (non-value-added) (SOURCE: www.LeanManufacturingTools.org).  Every NVA or NNVA activity is waste that (1) increases the price that is charged to the customer for the product (or service) and (2) increases the time it takes to deliver the product (or service) to the customer.  The NVA and NNVA activities that are performed every day in the office and the shop floor are the Seven Forms of Waste:

  • Over-production: Producing more than is needed, faster than is needed or earlier than is needed.
  • Inventory: Any inventory that is in excess of market demand or actual consumption.
  • Over-processing: Redundant effort, such as excessive number of steps, high setup time on the equipment used for any processing step or high cycle time on the equipment used for any processing step.
  • Waiting: Idle time that occurs when co-dependent events are not synchronized due to poor or non-existent scheduling.
  • Scrap and Rework: Extra effort and resources needed when a process has to be repeated to repair, rework or replace a defective product delivered to a customer.
  • Transportation: Any movement of material, people, tools, etc. that does not directly support the actual production of a product.
  • Employee Motion: Any movement of people which does not add value to the product delivered to a customer. This includes meetings and other communications to convey or share information that is either unnecessary or available in the company’s ERP (Enterprise Resource Planning) system.
  • Unused Employee Creativity: Unfortunately, this Eighth Waste should not be ignored by management! This waste results when management refuses to (or fails to) engage with and listen to their skilled and experienced employees who come forward with good ideas to improve core business operations.  When low morale, apathy, resentment, etc. start to affect the performance of employees, both the business and its customers suffer! 

 

Agenda

Duration

Topic for the Session

8.30 – 9.30 AM

[Video] Overview of Value Stream Mapping (VSM)

9.30 – 10.30 AM

(Steven Prasad) Value Stream Mapping using eVSM

·     Example of a Current State Map: What Do The Icons Tell Us?

·     Example of a Future State Map: What Do The Icons Tell Us?

·     How to use a Current State Map of a Value Stream to identify:

1.   The different types of waste in a process (or system)?

2.   Production delays in a process (or system)?

3.   Process improvement opportunities in a process (or system)?

4.   Logistical problems in a process (or system)?

5.   Scheduling problems in a process (or system)?

6.   Etc.

10.30 – 10.45 AM

Break

10.45 AM – Noon

1.      [Video] Case Study: Using Value Stream Mapping to Improve an Assembly Line that Builds Gas-fired Stoves

Noon – 1:00 PM

·     Lunch

·     Networking

1:00 – 2.00 PM

(Adeesh Naik) Using Simulation to Evaluate the Dynamic Performance of a Value Stream

2:00 – 3.00 PM

(Shahrukh Irani, Lean & Flexible, LLC) How To Map and Schedule All Value Streams in the BOM (Bill Of Materials) for a Large Fabricated Product

Pre-Workshop “Homework”:

1.   (Please click here to see the video) How To Identify Your Value Streams

2.  (Please click here to see the video) Value Network Mapping: Value Stream Mapping of a Complete Product

3:00 – 3.15 PM

Break

3:15 – 4.30 PM

Discussion:

·     How can VSM be applied in the drilling industry? 

·     What are the limitations of VSM if/when it is applied in the drilling industry?

·     Are there other tools that complement VSM (or are better than VSM) that can be used in/by the drilling industry?

4.30 PM

·     Workshop Evaluation

·     Adjournment

 

 


Featured Speakers

Speaker: Dr. Shahrukh A. Irani
Speaker Dr. Shahrukh A. Irani

Dr. Shahrukh A. Irani is the President of Lean and Flexible, llc, a consulting company that delivers advisory, training and implementation services focused on Lean for high-mix low-volume manufacturing (aka JobshopLean).  Currently, he is the President of the Houston Senior Chapter of the Institute of Industrial and Systems Engineering.  Previously, …

Dr. Shahrukh A. Irani is the President of Lean and Flexible, llc, a consulting company that delivers advisory, training and implementation services focused on Lean for high-mix low-volume manufacturing (aka JobshopLean).  Currently, he is the President of the Houston Senior Chapter of the Institute of Industrial and Systems Engineering.  Previously, from 2012-2014, he worked as the Director of IE Research at Hoerbiger Corporation of America, Inc. (HCA), Houston, TX, to gain invaluable industry experience.  In that position, he undertook projects to demonstrate the viability of JobshopLean in HCA’s high-mix low-volume (HMLV) manufacturing facilities.  Prior to this industry job, from 1996-2012, he was an Associate Professor in the Department of Integrated Systems Engineering (ISE) at The Ohio State University (OSU).  His research at OSU produced JobshopLean, a comprehensive methodology to adapt Lean for high-mix, low-volume (HMLV) small and medium enterprises (SME).  Also, his team developed the PFAST (Production Flow Analysis and Simplification Toolkit) software that facilitates the implementation of JobshopLean.  During his sixteen years at OSU, he received the Outstanding Faculty Award for excellence in teaching from the ISE department’s graduating classes of 2002, 2003, 2004, 2005, 2006 and 2009 and the 2002 Charles E. MacQuigg Outstanding Teaching Award from the College of Engineering.  He served as the Director of the Facilities Planning and Design (FAPAD) division of the Institute of Industrial Engineers for 1999-2001 and 2001-2003.  He is the Editor of the Handbook of Cellular Manufacturing Systems (1999, John Wiley).  In 1996, he was voted Young Engineer of the Year by the Minnesota Federation of Engineering Societies and the Minneapolis Chapter of the Institute of Industrial Engineers.

Full Description



Organizer

Mike Redburn

281-754-8629         Direct


307.214.7518           Cell


mredburn@newpark.com


Date and Time

Mon, Oct. 15, 2018

8:30 a.m. - 4:30 p.m.
(GMT-0500) US/Central

Event has ended
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Location

Newpark Drilling Fluids Office

21920 Merchants Way
Katy, Texas 77449
United States