Define Phase:

• Overview of Six sigma, Project selection, Problem statement
• Project Charter, SIPOC, Stakeholders engagement ( RACI )
• Voice of Customer, KANO Model, CTQ Tree, Toll gate review.

Measure Phase:

• Data type, Prioritize Project Y, Performance standard, Understanding Defects
• Basic Statistics, Prioritization Matrix, Data Collection Plan; Check sheets, Stratification, Sampling Strategy
• Measurement System Analysis (Variable and Attribute Parameters ), Inferential statistics, Graphical Analysis ( Multiple Tools )
• Common and Special Causes of Variation, Process Stability and Capability, Normal distribution, Sigma level calculation (continuous and discrete data )
• MINITAB learning of MSA (Measurement System Analysis) and Graphical analysis tools, Toll gate review.

Analyze Phase:

• Process Mapping, Organizing Potential causes
• Effective Brainstorming, Cause & Effect Diagram, Cause and Effect Matrix
• 5 Why, Tree Diagram, 5W 1H
• FMEA, Cause Validation Plan and Methods, Concept and Tests of Hypothesis (Variable and Discrete data)
• Correlation and Simple Linear Regression
• MINITAB learning of all Tools, Toll gate review.

Improve Phase:

• Improvement plan for the Root causes, Creative Idea generation techniques
• Mistake proofing, Evaluation of proposed solutions
• Piloting, Before-After Analysis
• Detailed implementation plan, Risk Analysis
• Cost Benefit Analysis, Tracking and Monitoring.
• MINITAB learning, Toll gate review.

Control Phase:

• Planning for control, Control charts
• Control Mechanism based on Dependent factors
• Visual work place, Standardization, Layered Process Audit ( LPA )
• Control Plan, Few Influencing strategies, CTQ Monitoring
• Project Closure with key learning, Sign off sheet
• MINITAB learning, Toll gate review.

Note : The organizations who want to deploy Six Sigma project management after training, can buy license of Statistical software MINITAB.

IMTMA Six sigma Green Belt training cum certification program is intended to equip participants with necessary knowledge and competency in Six Sigma tools and practices which are critical to achieving short & long term process goals and achieve significantly better performances from those processes.

After undergoing the programme, the participants will be able to –

1. Understand required tools and techniques of Six Sigma Green Belt methodology including various statistical tools.
2. Apply their learning in workplace.
3. Identify right opportunities and projects, execute projects to improve Process and Operational performance.
4. Understand the causes of process variations and improve the processes to reduce the variations, improve process stability and capability for consistent desired results.
5. Improve their problem solving skills.
6. Come out of departmental silos and work effectively in a cross functional collaboration.
7. Reduce COGS and improve Customer satisfaction.
8. Become ‘IMTMA Certified Six Sigma Green Belt Professional’

Unique programme features:

• Soft copies of Training Material will be given after the training.
• Minimum 5 excellent Industry Case studies will be shared. Some are award winners in national competitions.
• Sessions are blended with assignments with minimum mandate
• Hand hold support for project implementation (Optional)
• Mandatory and minimum eligibility criteria’s for certifications
• Minimum 5 excellent Industry Case studies will be shared. Some are award winners in national competitions.
• No. of participation per batch is limited to 20 maximum

IMTMA Six Sigma Certification of Participation Criteria:

• All Participants will be awarded ‘IMTMA Six Sigma Certification of Participation’ after successful attending all the sessions, completion of assignments and passing the qualifying Six Sigma Green Belt final exam with a minimum score of 60% at the end of the training.

IMTMA Certified Six Sigma Green Belt Professional Criteria:

• All participants will be awarded ‘IMTMA Certified Six Sigma Green Belt professional’, based on the criteria indicated in the annexure. Click Here For Details

Schedule of the Programme:

• Session 1: 13.30hrs to 17.30hrs on 17-18 May 2022: 8 Hours
• Session 2: 13.30hrs to 17.30hrs on 24-25 May 2022: 8 Hours
• Session 3: 13.30hrs to 17.30hrs on 31 May - 1 June 2022: 8 Hours            
• Session 4: 14.00hrs to 17.00hrs on 7 - 8 June 2022: 6 Hours
• Session 5: 14.00hrs to 17.00hrs on 14-15 June 2022: 6 Hours

1. The online training program is divided into 5 sessions of 8 + 8 + 8 + 6 + 6 Hours
2. 3 sessions: 2 continuous days of 4 hours per day and 2 sessions with 2 continuous days of 3 hours per day
3. Sessions are staggered over weeks to facilitate better understanding and implementation of the tools
4. Two Quiz question sets will be taken up every day at a regular interval of 1 to 1.5 hours, to ensure that participants have better understanding of the topics
5. Assignments: Participants will be given multiple assignments during every session, as classroom exercises. This will ensure participants not only learn the theory, examples, and case studies during training but also become competent to practice few of the same themselves. This is the unique feature of this program
6. Participants will have to send the answer sheets after completing the assignments, 2 days before the next session. IMTMA will check, correct and reply with results
7. IMTMA will share the correct answers, right practice of the assignments in the beginning of 2nd, 3rd and 4th sessions
8. The program is designed to ensure participants can effectively learn along with their regular company work.
9. There will be a qualifying final test after all the sessions. Test will have multiple choice questions. Duration: 90 Minutes. Minimum qualifying marks for certification is 60% and above
10. Post Training, hand hold support for Six Sigma Project Execution would be available and indicated in the Annexure. “Click Here For Details”

Participant Profile

• Engineers, Executives with minimum 2 years of Industry experience and strong process orientation. Supervisors to Senior Managers, HODs of all departments. Prior knowledge of some basic problem solving tools will be advantageous.
• Person needs to participate in an improvement project for solving problems, using Six Sigma tools.
• Person wants to lead a project and use Six Sigma tools for the same
• Person wants to improve analytical skill for process improvement
• Person aspires to be future leader and better decision maker.
• Any organization irrespective of type of products, services, domain, size, market.
• Faculty from engineering institutions
• Students from Engineering and B schools