QUALITY MANAGEMENT SYSTEMS
& PROCESSES COURSES
Quality management system (QMS) consists of policies, processes and procedures required in planning and execution of various internal processes within the organization. QMS is also intended to provide a process approach for project execution as well as continuous improvement. Acquiring expertise in process based QMS enables the organization to define, measure, analyse, improve and control various core business processes that will ultimately facilitate in meeting customer requirements and improve business performance
Eligibility
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Diploma or Degree in any field
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Quality Managers/ quality function employees
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Employees actively engaged in developing and implementing QMS
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Employees leading the effort of upgrading the QMS from ISO 9001:2008 to ISO 9001:2015
ISO 9001:2015 - Awareness
The new ISO 9001 standard - a clause-by-clause review
Understand the need of the standard
Understand about the clauses
Understand the principles of the Quality management system
Understand the organisation & risk involved
The course explains the quality management system & its principles, the various processes performed by the organisation in manufacturing a product including all the sub processes.
The course is designed for all personnel/team members directly involved in quality management system, process owners, auditors.
Eligibility
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OHS Managers
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Anyone employee in OHS field
ISO 45001:2018 - Awareness
Understand the need of the standard
Understand about the clauses requirements
Understand the principles of the OHS system
Understand the organisation & risk involved
The course explains the Occupational Health and Safety system & its principles, the various processes performed by the organisation to ensure safety of the workers and protect them from ill health & injury and work towards continual improvement.
​The course is designed for all personnel/team members directly involved in OHS system, process owners, and auditors.
Eligibility
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EMS Managers
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Anyone employee in EMS field
ISO 14001:2015 - Awareness
Understand the need of the standard for EMS
Understand about the ISO 14001 clauses and requirements
Understand the Risk & Risk mitigation plans
Continual improvement for EMS
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This course explains the Environment management system (EMS) principles and how the various processes performed by the organisation might adversely impact the environment. Systems and procedures that the organizations need to follow for effective environment management system are covered in detail in this course.
Eligibility
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Quality Managers
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Anyone involved in Quality Management
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Minimum 2 years experience
Internal Auditor Training (IATF 16949: 2016)
Understand the need of the standard
Understand the principles of the Quality management system
Understand the organisation & risk involved
Understand & apply the auditing process
The course explains the quality management system & its principles, the various process performed by the organisation in manufacturing a product including all the sub process.
Eligibility
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Students pursuing 3rd /Final Year
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Completed Engineering graduates
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Working professionals (any degree)
Six Sigma - Yellow Belt
Learn to problem solve internal processes
Fast track career with managment qualifications
Implement quality management projects
New opportunities for quality managment roles
Fast promotion prospects
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Six Sigma is a well-structured improvement methodology for any Enterprise process applying various statistical tools and project management techniques. The Yellow Belt course includes the Lean Manufacturing process and introduces methodologies for new product development.
Eligibility
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Pursuing (3rd /Final Year) / Completed Engineering graduates, Working professionals with any Degree or Diploma
Lean Six Sigma - Green Belt
Learn to problem solve internal processes
Fast track career with management qualifications
Implement quality management projects
New opportunities for quality management roles
Fast promotion prospects
Lean Six Sigma is a well-structured improvement methodology for any Enterprise process to reduce variation and eliminate waste by applying various statistical tools and project management techniques. Breakthrough improvements can be achieved through Lean Six Sigma projects.
In this Green Belt course the Lean Six Sigma concepts are explained through PPTs, videos, real time examples, exercises and case studies. The training methodology include lectures, discussions and hands-on practice on Minitab statistical software.
Eligibility
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Graduate with working knowledge of inventory.
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Executives & Managers working in Purchasing, Planning & Inventory control, sourcing, Vendor management, Sub-Contracting and Stores.
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Executives & Managers from other functions such as Production & their support departments, Sales personnel involved in customer demand planning & delivery and Customer service support to customer involved in managing customer demand variation.
Inventory Management
Appreciate the impact of inventory on the organization’s financial metrics (profitability, cash flow, etc)
Understand the need to manage & align inventory to customer needs (internal & external)
Apply learnings to estimate & manage safety stocks.
Business organizations exist for the primary purpose profit generation and take all measures to safeguard against potential risks that can be an obstacle to this purpose. One such major obstacle is inventory, through all stages from Raw material to Finished product.
Simply defined, Inventory is an idle resource that can be put to some future use. This is one of the areas of high focus for all organizations on account of its impact on the organizations supply chain coordination, its ability to reduce the efficiency of planning and resulting in high costs due to wastage and obsolescence. The main role of the supply chain manager is to make available the right inventory at the right time and place. This is not easy in a dynamic environment and the age of lean manufacturing that poses its own set of challenges with stocking inventory. If not managed the right way, Inventory can lead to unwanted financial implications in sucking out the organization’s working capital
Eligibility
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Working knowledge of EHS in industry
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Personnel in Leadership role responsible for leading the compliance requirements of ISO 14001 & ISO 45001 in the organization
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Environmental, Health & Safety officers
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Managers, Supervisors & Team leaders with EHS responsibility in their respective workplace
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All participants should have reasonably basic understanding on Environment, Health & Safety basic requirements for their work areas. Participants should have undergone basic awareness training for ISO 14001 and ISO 45001
Legal Requirements ISO 14001 & 45001
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Understand about and identify the legal requirements applicable to their respective work areas to establish a legal register for the purpose of ISO 14001 and ISO 45001 Management systems.
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Periodically review the changes in circumstances and legal requirements and evaluate the impact of the changes to the organization.
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Contribute to the organization’s sustainable development of the EHS Management systems
Over the years, Environment, Health & safety have gained paramount importance in the global circles and so have the associated management systems to certify and track the performance to the requirements.
Tightening Government regulations & Customer requirements for Social Responsibility specify strict norms and call for a strong adherence of the same and this is where the Environment, Health & Safety management system play a valuable support role. The management system helps organizations in providing the employees and the neighbouring public a safe and healthy atmosphere and workplace that will prevent pollution, deaths, work related injury and ill-health while continually improving the EHS performance. To make this a success and sustain it, organizations, and their key employees responsible for EHS in their work areas should be aware of the legal compliance requirements called for by ISO 14001 and ISO 45001
Eligibility
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Employees engaged in Manufacturing, Maintenance, Quality, Industrial engineering
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Employees responsible for Environment, Health & Safety
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​Min of 2 years’ experience from industries
Total Productive Maintenance
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Have clear understanding on TPM principle’s & goals.
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Understand the Maintenance techniques.
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Understand the TPM pillar requirements & activities in each pillar
This course gives an understanding on TOTAL PRODUCTIVE MAINTENANCE and its principles, goals, and understanding on pillar requirements and also various maintenance techniques to achieve zero breakdown, zero effects & zero defects. The topics in this program will be explained with PPTs, online activities, animations and videos. Highly interactive sessions planned through Instructor led online training
Eligibility
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Working professionals with any degree/Diploma and minimum of 1 year experience
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​Knowledge on measurement techniques
Statistical Process Control (SPC)
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Understand the application of SPC
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Be able to formulate appropriate control charts for continuous variable data
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Be able to formulate appropriate control charts for attribute data
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Be able to determine the process capability
Statistical process control (SPC) is a structured method to understand the process variation using various statistical methods. Process variations are measured and quantified through SPC techniques and thus suitable actions can be initiated to reduce these process variations. In this course, SPC concepts are explained step by step through numerous examples and case studies. The topics in this program will be explained with PPTs, relevant videos, animations and applications examples. Highly interactive sessions planned through Instructor led online training.
Eligibility
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Working professionals with any degree/Diploma and minimum of 1 year experience
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Knowledge on SPC - Preferably SPC course completion
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Measurement skill to use Vernier & micrometer
Measurement System Analysis (MSA)
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Have an overview of Measurement system analysis
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Be able to determine Gage R&R for continuous variable data
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Be able to perform MSA for attribute data
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Be able to improve the measurement systems at their respective workplace
Measurement System Analysis (MSA) is a structured method to understand the measurement uncertainties using various statistical methods. Measurement variations are measured and quantified through MSA and suitable actions can be initiated to reduce the measurement variation. In this course, MSA concepts are explained step by step through examples and case studies. The topics in this program will be explained with PPTs, relevant videos, animations and applications examples. Highly interactive sessions planned through Instructor led online training
Eligibility
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Employee engaged in Manufacturing & Maintenance.
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Employees engaged in plant layout planning & machine layout planning.
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Employees responsible for stores, shipments, delivery, Purchaser
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​Min of 2 years’ experience in manufacturing industry
Lean Manufacturing
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Understand Lean Manufacturing techniques & its principles
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Understand the lean metrics
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Understand about the various lean tools & its applications
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Understand about NVA & VA activities
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Understand about maintenance strategies
Lean manufacturing focuses on elimination of waste in the organization and thereby enhance the value to the customer. This course gives an understanding on Lean manufacturing and its principles, goals, structure of the lean manufacturing & various tools of Lean manufacturing. The topics in this program will be explained with PPTs, online activities, animations. Highly interactive sessions planned through Instructor led online training
Eligibility
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Employee engaged in Manufacturing & Maintenance.
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Employees engaged in plant layout planning & machine layout planning.
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Employees responsible for stores, shipments, delivery, purchase
Toyota Production Systems (TPS)
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Understand Toyota Production Systems – Principles
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Understand about the various Toyota production tools & its applications
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Understand the benefits of Toyota production systems
The course gives an understanding on Toyota Production systems and its principles, goals, structure of the manufacturing systems and the various tools & techniques in Toyota production systems. The participants will understand why the TPS system is well recognized & best business model. The course shares the core values of Japanese manufacturing concepts. The topics in this program will be explained with PPTs, online activities, animations. Highly interactive sessions planned through Instructor led online training
Eligibility
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Working professionals with Degree/Diploma, engaged in Manufacturing, Quality, R&D ,Engineering , procurement & storage, maintenance
Cost Reduction Techniques
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Understand the difference between cost reduction & cost cutting
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Understand the importance cost reduction
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Understand the various factors involved in cost reduction
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Be able implement cost reduction projects
The course on Cost reduction techniques gives an understanding on the possibility of cost reduction in manufacturing process and also the supporting processes. It helps to identify the non-value & value added activities in the processes. This course also covers minimization of resources & how to effectively have cost control from the system point of view. The topics in this program will be explained with PPTs, online activities, videos and animations. Highly interactive sessions planned through Instructor led online training
Eligibility
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Working professionals from Manufacturing, Quality, Maintenance, Materials
Value Stream Mapping (VSM)
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Understand the VSM principles
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Understand and apply the present state value stream mapping & future state value stream mapping.
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Understand the terms & concepts associated with VSM
The course gives awareness on how VALUE STREAM MAPPING will help to identify and measure the waste in the various manufacturing processes in the organisation. It also briefs how to achieve the just in time supply of product to customer. Also this course gives the guidelines on cost reduction techniques so that the organisation’s manufacturing cost can be competitive
Eligibility
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Pursuing (Final Year) / Completed Engineering graduates / Working professionals in Design, Mfg., Quality functions
Design of Experiments (DOE)
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Design and conduct experiments
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Analyse the DOE results using Minitab
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Optimize the product and process performance
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Take up research projects using DOE
Design of experiments (DOE) is a structured methodology to optimize product and process designs, to accelerate the development cycle, to reduce development costs and to effectively trouble shoot manufacturing problems. Today, Design of Experiments is viewed as a quality technology to achieve product excellence at lowest possible overall cost. It has been established in many different industries including electronics, aerospace, automotive, medical, food and pharmaceuticals, and chemical and process industries.
Eligibility
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Employees engaged in change management in various functions (Design, Mfg., Quality, Procurement)
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Employees engaged in Implementing standards
Change Control Management
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Understand the need for change
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Understand the various changes associated with the processes.
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Understand how to implement change & monitor the effectiveness
This course provides the participant with widespread knowledge about the change process. The course is designed for industries considering the Legal change, standard change, engineering changes & process change. In addition to the need for change and how people respond to the change, this course also covers the changes associated with vision and mission. The topics in this program will be explained with PPTs, online activities, animations. Highly interactive sessions planned through Instructor led online training
Eligibility
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Working professionals, Engineers, and Staffs from manufacturing, maintenance, Purchase, and Planning Departments from Steel, Textiles, Jute, Sugar, Cement, Paper, Petrochemical, Automobile and Tyre Manufacturing Industries
Reliability Engineering
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Understand the concepts of human error and reliability are integrated and complementary to each other.
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Able to focus on human behaviour to recognize its potential involvement in system failure.
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Attain the basic techniques of quality improvement, fundamental knowledge of statistics and probability.
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Use control charts to analyse for improving the process quality.
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Describe different sampling plans.
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Acquire basic knowledge of total quality management.
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Understand the concepts of reliability and maintainability
Methods and Applications is applied on different models, methods, and unique approaches to deal with the technological aspects of Reliability Engineering. A deep presentation of the earlier approaches and models has been done to bring out better and advanced system Reliability Techniques for different phases of the working of the components. Scope for future developments and research has been taken into consideration