Lean Six Sigma Green Belt Training
May-June 2014 via Distance Learning
- About the Course
- Who Should Attend
- Materials Provided
- Location/Distance Learning
- Course Outline
- Fees and Registration
Some of today's most respected companies—including GE, Motorola, Allied Signal, and Sun Microsystems—have used Lean Six Sigma to improve their organizations. Join the ranks of these successful corporations and let Lean Six Sigma work for you.
Lean Six Sigma is a combined process-improvement methodology that accelerates processes, increases efficiency, and reduces or eliminates variation. Competition for the same customers is increasing throughout the corporate world, putting company profits on the line; customer expectations are changing rapidly as the rate of information increases; and costs are escalating. Now more than ever, achieving process excellence is essential.
Our Lean Six Sigma program gives you valuable business tools to achieve process excellence and help your team:
- Redesign flow to better account for customer and supplier variability
- Analyze the root causes of process or system problems
- Make informed decisions about cost-benefit of a company project
- Capture meaningful metrics to help know and grow your business
- Experiment to determine best practices to deliver quality, every time
This offering is a pre-recorded rebroadcast of our Winter 2013 Lean Six Sigma Green Belt (LSSGB) program offered by the Systems Science and Industrial Engineering (SSIE) Department at the Thomas J. Watson School of Engineering and Applied Science at Binghamton University and the Binghamton University IIE Student Chapter. This training is also highly recommended for anyone who wishes to continue on with the Lean Six Sigma Black Belt training being offered in August 2014.
Here is what previous attendees say about this training:
"This was an excellent class. I am a 16-year IT professional in global management for a Fortune 10 company and I found this one of the best training seminars I've attended in my career. The instructor's background was not limited to the classroom as he had very tangible and realistic examples based on his experience in the field. He was clear, articulate, and very well organized. The course materials were well constructed and easy to follow. Dr. Khasawneh's lecture and instruction were excellent."
"Dr. Khasawneh was extraordinarily knowledgeable about this subject matter, and was skilled at tailoring the intensity of his answer to the question given. If asked a basic question, he replied with a simple, hands on answer. If asked a complicated, high-level question, he gave as much depth and detail as was needed to answer the query. There was a wide range of knowledge level in the class, and he did a good job balancing the needs of all."
This course is open to all current BU students as well as alumni, non-BU students, and members of industry, non-profit and government agencies.
This short course is designed for students or industry professionals that have some coursework background in probability and statistics and/or quality control*. The training consists of eleven 90-minute pre-recorded lectures and includes soft copies of the slides. In order to be a certified green belt, the participant will be expected to complete a take-home examination with a 70% minimum passing grade within a month of the start of the course. Participants should be prepared to proactively schedule their time in order to complete this offering in a timely manner. Participants will have support via access to virtual office hours and email contacts to the professor and teaching assistant during the month. A Lean Six Sigma Green Belt certificate will be provided to those who successfully complete the course.
*Students or individuals who do not have current knowledge/education in the probability and statistics and/or quality control may enroll in this course; however, they are also required to attend (at an additional cost) the prerequisite statistics day of instruction which is comprised of four addition 90-minute pre-recorded lectures.
- Knowledge/education in probability & statistics and/or quality control. BU students: Some examples of courses that fulfill this pre-requisute include ISE 261, ISE 362, SSIE 505. (*Those who do not have current knowledge/education in the probability and statistics and/or quality control may enroll in this course, however, they are also required to view the prerequisite statistics day of instruction (at an additional cost) which is comprised of four addition 90-minute pre-recorded lectures.)
- Computer with a high speed internet connection and audio is necessary. Microsoft Excel is also required. A limited number of laptops are available through our Educational Communications Center (EdComm) through the Audio-Visual services in Lecture Hall B-60. There is no cost to use these laptops for BU students. Information regarding this policy can be found at http://www.ecc.binghamton.edu/av/avpolicy.html.
- It is recommended that participants download a trial version (free for 30 days) of the Minitab software (for statistical analysis - http://www.minitab.com) on or a day before the start of the training program. Minitab is available for free for all BU students (https://ssl.binghamton.edu/).
- In order to utilize the Collaborate tool for virtual office hours, your computer should also have an updated version of JAVA (http://java.com/en/download/index.jsp). A headset with microphone may be useful but not necessary.
Your fees cover:
- Instruction via pre-recorded lectures
- Soft copies of slides.
- Support via virtual office hours and email with the instructor and teaching assistant.
- Grading of take-home exam
- Lean Six Sigma Green Belt Certificate of Completion
This course will only be offered through distance learning. In order to utilize distance learning, the student must have a computer with a High Speed Internet connection.
Participants should be prepared to proactively schedule their time in order to complete this offering in a timely manner.
Links to the pre-recorded sessions and slides will be sent out by Tuesday, May 27, 2014. These links will be available until the end of June. An open-book take-home exam will be distributed by Friday, May 30, 2014. This comprehensive exam will be due by Friday, June 27, 2014 11:59 p.m. Notification of course completion will be by in late-July.
Prerequisite Statistics: Four 90-minute lectures
* For those who do not have prerequisite coursework in statistics.
- Session 1 - Course Introduction, Course Outline, Fundamental of Problem Solving, Introduction to Statistics, Sampling Process, Introduction to Minitab
- Session 2 - Basic Statistics: Measures of Location, Measures of Variability, Data Visualization, Coefficient of Variation, Dot Plot, Histogram, Steam And Leaf, Box Plot
- Session 3 - Basic Statistics: Random Distribution, Variables Types, T test, Z test, Statistical Tables, Confidence Intervals for Mean, Confidence Interval for Proportions, Confidence Interval for Standard Deviation
- Session 4 - Advanced Statistics: Compare Means, Compare Variances, Compare Proportions, Rejection Region, Fail to Reject, Type 1 error and Type 2 error, Power and Sample Size, P-value
Green Belt: Eleven 90-minute lectures
This program serves as a lean six sigma training course at the Green Belt level. The course aims to emphasize why the implementation of lean six sigma is vital to the continuous improvement in global industry. Several case studies and applications of lean six sigma concepts will be presented throughout the course. Focused topics include:
- Continuous process improvement (CPI) with emphasis on both lean and six sigma concepts and methodologies;
- Lean concepts and its applications, such as 5s, waste reduction, value stream mapping, and error proofing;
- DMAIC (Define, Measure, Analyze, Improve, and Control) to solve issues and transition CPI projects from one phase to another;
- Basic statistical analysis methods, tools, and control charts used to determine key relationships between inputs and outputs;
- The integration of both lean and six sigma for achieving data-driven process improvement results;
- and Team dynamics and leadership to provide effectively successful projects.
- Session 1 - Six Sigma Tools: Basic Quality Concepts, Introduction to DMAIC Methodology, Brainstorming, Flow Charts, Force Field Analysis, Cause and Effect Diagrams, Nominal Group Techniques, Run Chart, Control Charts, Pareto Diagrams
- Session 2 - Process Definition: Process Flow Optimization, Forecasting Models, Process Capacity Expansion, Design Capacity, Continues Improvement, Kaizen
- Session 3 - Basic Lean: Just in Time, Total Quality, ISO, Six Sigma, Lean, PDSA Cycle, Statistical Process Control, The 7 Forms of Waste, Push and Pull, Kanban, Application of Lean in Healthcare
- Session 4- Lean Tools: Takt Time, Throughput Time, Standardized Work, Jidoka and Andon, Mistake Proofing, SMED, 5Ss, Kaizen Blitz Events, Spaghetti Diagram, Value Steam Map, SIPOC
- Session 5 - Six Sigma Project: Introduction to Six Sigma, Customer Requirements, Management Systems, Six Sigma Metrics, Critical to Quality, Process Capability, Stable Operations, Design for Six Sigma, Six Sigma DMAIC, Lean Six Sigma Project
- Session 6- Six Sigma Methodology: DMAIC Toolset, Project Management, System Value Stream Analysis, Project Selection, Decision Matrix, Multi Voting Project Scoping, Project Charter
- Session 7- Quality Project Tools: Check Sheet, Scatter Diagram, Affinity Diagram, Matrix Diagram, Arrow Diagram, Data Collection, Gauge R and R study
- Session 8- Quality Project Tools: R and R study Examples, Process Capability, Benchmarking, Correlation Analysis, Regression Analysis
- Session 9- Lean Six Sigma Project Case, Power and Sample Size, T test and Z test, CI for Mean and SD, Hypothesis Testing with Excel, A Sample Project Review
- Session 10- Design of Experiment: Design of Experiment, ANOVA, Failure Mode and Effects Analysis
- Session 11- QDF: House of Quality, Quality Function Deployment, X bar Chart, R Chart, P Charts, S Charts, Process Simulation, Simulation Example
An open-book take-home exam will be distributed on Friday, May 30, 2014. The exam is long and comprehensive. We recommend you allot a minimum of 20-30 hours for completing the exam. The exam is due Friday, June 27, 2014.
Dr. Mohammad T. Khasawneh
- Professor in Systems Science & Industrial Engineering Department
- Assistant Director for Health Systems, Watson Institute for Systems Excellence
- Director, Healthcare Systems Engineering Center
- Director, Human Factors and Ergonomics Laboratory
- Graduate Program Director, Executive Master of Science in Health Systems
- SUNY Chancellor's Award for Excellence in Teaching
- Ph.D., Industrial Engineering, Clemson University
Ms. Sura Khaled Al-Qudah (Teaching Assistant)
- Ph.D. candidate, Industrial and Systems Engineering, State University of New York at Binghamton
- Masters, Industrial and Systems Engineering, State University of New York at Binghamton
- BS, Electronics Engineering, Yarmouk University, Jordan
- Additional Experiences:
- Research Assistant for projects with Howard Hughes Medical Instutute and Mayo Clinic
- Electronics Engineer, Biomedical Center of Excellence at Yarmouk University
- Engineering Intern, Royal Medical Services, Prince Rashed Military Hospital
SAVE MONEY! REGISTER BY FRIDAY, MAY 16, 2014.
Late fees ($50) apply for registrations received SATURDAY, MAY 17, 2014 through FRIDAY, MAY 30, 2014
Registration closes 12:00 noon on FRIDAY, MAY 30, 2014. This is a FIRM Deadline.
GREEN BELT course only (Eleven 90-minute lectures)
- STANDARD RATE: $600
- GOVERNMENT, NON PROFIT: $500
- CURRENT BU STUDENTS and December 2013 & May 2014 Graduating BU Students: $300
PREREQUISITE STATISTICS course + GREEN BELT course (Fifteen 90-minute lectures)
- STANDARD RATE: $750
- GOVERNMENT, NON-PROFIT: $600
- CURRENT BU STUDENTS and December 2013 & May 2014 Graduating BU Students: $400
Group pricing for industry may be available upon request.