Based on our diverse practical experience in the field of Functional Safety and on our active membership of the relevant standard bodies, we supply you with the necessary expertise in the cross-industry generic standard IEC 61508 2nd Edition.The training program is based on the first three parts of IEC 61508.

Case studies and practical examples are used to demonstrate the procedures for dealing with individual topics and explain the work results and documents which must be delivered.

Key processes from the safety life cycle are introduced, and the tasks and responsibilities associated with them are explained.TARGET GROUP OF THE IEC 61508 FUNCTIONAL SAFETY TRAININGThe training targets developers, testers, project leads, quality representatives and safety officers primarily focusing on the development of programmable electronic safety systems and aiming to implement these developments based on the internationally recognised IEC 61508 standard.IEC 61508 FUNCTIONAL SAFETY TRAINING CONTENT AND MODULESThe IEC 61508 training consists of several one-day modules which can be booked separately or in combination.MODULE 1: IEC 61508 TRAINING - INTRODUCTION, DEFINITION OF FUNCTIONAL SAFETY MANAGEMENT, SYSTEM ANALYSISPart 1 of IEC 61508 requires implementation of a FSM (Functional Safety Management) system to provide an organisational framework for the development of safety-relevant electronic systems.

After an introduction to Functional Safety and general overview of the sector, the program presents the tasks and methods involved in safety management together with conceptual aspects.

The main design criteria of standards and approaches for designing a functional concept and the associated system analysis are explained.

The day concludes with an introduction to the requirements which must be fulfilled by Requirements Engineering.The content of Day 1 is aimed at management executives, project managers, safety and QM managers and all staff involved in functional safety projects.MODULE 2: IEC 61508 TRAINING - DEVELOPMENT AND EVALUATION OF SAFETY-RELEVANT HARDWAREModule 2 explains how mathematical and analytical methods can be applied to verify hardware designs fulfilling the requirements of IEC 61508 Part 2.

One of the prominent facets of the Lean Six Sigma green belt certification is the creation of standard processes that are easy to implement and can enhance business goals effectively.

The certification also reallocates the resources effectively to ensure processes are evenly streamlined, attaining efficiency in every step of the way.

The Lean Six Sigma green belt training also helps the organisations in analyzing the data, to identify the problems, reassess them, and develop an effective strategy to mitigate the effects, ensuring efficiency in the resulting process.I wrote this for my company and the original link to the blog is, https://www.tuvsud.com/en-in/resource-centre/blogs/benefits-of-lean-six-sigma-green-belt-training-to-an-organisation 

Whilst it is consumed in bounds across the country, the spices that are added and preparation techniques change depending on the region and the customs pertaining to the region.

India also witnesses the addition of spices along with milk, sugar, and water to the tea leaves, giving it a spicy flavor that cannot be found elsewhere.India has different varieties of teas, owing to its varied geographies, regions, and terrains.

Mainly spread across three different regions around Assam, Darjeeling and Nilgiris, tea of the Indian subcontinent grows in dense, lush jungles that are surrounded by deep mountain valleys and high mountain ridges.

Different kinds of tea have different specifications and permissible levels of constituents as per standards of the destination market.

Through this method of tea testing manufacturers, suppliers, exporters used to evaluate the tea quality previously.

But the consumption behaviour of people depends on factors much more than only liking and palatability, and this affects the tea consumption behaviour of consumers.

Helping these systems through a set of safety standards is the International Electrotechnical Commission’s standards.These safety standards look at the application of different safety instrumented systems across processes, whilst reviewing process hazards and risks.

Helping the process industry remain safe is the IEC 61511 standard.WHAT IS IEC 61511 STANDARD?The process industry is one of the largest categories of industries in the world right now.

It is also noteworthy to mention that the nuclear industry does not fall under process-oriented industries.

Individuals with the IEC 61511 training have the requisite knowledge that covers various programmable electronic, and electrical equipment.

In the earlier days, systems implemented different instrumented functions using simple hydraulic, pneumatic, and electrical circuits.

The failure modes were well defined and the requisite behavior to deal with these conditions was well defined and predicted.But the 70s saw the development of electronic and programmable electronic systems in safety functions.

Lean Six Sigma training and certification helps companies, businesses and organisations reach their true potential by helping them achieve their strategic goals and missions.

The training builds continual improvement methodologies in the organisation’s culture, redefining their mindsets and by providing the right infrastructure to serve their customers efficiently.

Lean Six Sigma has different levels depending on the level of expertise a professional wants to attain.

First level to start with is Lean Six Sigma Green Belt certification One of the most common certifications that organisations go for is the Lean certification.

Regardless of the size, the industry, the sector, or the country of origin, every individual and organisation can benefit from the Lean Six Sigma green belt training.

Moreover, this benefit is then trickled down to consumers too.I wrote this for my company and the original link to the blog is, https://www.tuvsud.com/en-in/resource-centre/blogs/top-10-reasons-to-go-for-lean-six-sigma-training-and-certification 

They are being regulated and the designing and testing of products are streamlined.This is where ISO 26262 certification comes into picture.It caters to the need to have automotive-specific international standards.

The critical components related to safety are to be verified through ISO 26262.The automotive industry has been facing issues with testing and validating systems like throttle-by-wire.

These include faults in the hardware, human mistakes, and operational failure.As it is with any industry, the automotive industry also has certain functional safety standards it needs to comply to.

IEC 61511 standard is created to cover the management and design requirements for safety insured systems.

IEC 61508 is also known as the umbrella standard, as it covers the methods of application, design, deployment, and maintenance of automatic protection systems.

EN 50126 provides the specifications and demonstrates the reliability, availability, maintainability, and safety (RAMS) in railways.

The Six Sigma certification program has 3 levels, of which professionals can pick whichever is most suited to their career.The first level is the Yellow Belt where professionals get to learn about the basics of Six Sigma.

It proves to be beneficial to those who are responsible for leading limited improvement projects.The next stage is the Green Belt which prepares professionals to become a part of the Six Sigma Management team.

All of the aspects of Six Sigma will become clear through this certification course.To get a better understanding of the Lean Six Sigma Black Belt training, read along!

The training is to increase the proficiency of professionals who have taken up the course.Through the training course, candidates are taught the implementation, performance, interpretation, and application of lean six sigma at an advanced level.The six sigma black belt training course covers all the aspects of D-M-A-I-C model.

This enables the registered professionals to show their leadership skills, get a better understanding of the dynamics of a team, and allocate tasks and responsibilities to team members in a right manner.Through the training and certification program and individual guide, mentor, and train the team members to grow and gain higher organizational efficiency.

The focus is pulled toward data interpretation and data collection mechanisms.

ISO 26262 certification firstly defines key terms like error, failure, and faults to ensure everybody that is involved in the automotive process is aware.

The certification also defines the standards that are applicable across the safety lifecycle of individual automotive products.

This begins right from the concept phase to the product development across levels, production, operation, service, and right until the decommissioning stage.

The ISO 26262 certification also provides a specific risk-based approach for determining various automotive risk classes.

Along with identifying and assessing these safety risks, the certification establishes various requirements that reduce these risks to an acceptable level.

The certification also tracks the requirements, thereby ensuring an acceptable level of safety is attained in the end-product.I wrote this for my company and the original link to the blog is, https://www.tuvsud.com/en-in/resource-centre/blogs/understanding-the-iso-26262-standard---what-you-need-to-know

The concept of Functional safety has its base in the following-All systems or processes have implicit hazards that cannot be bone away with.All systems or processes have a specific tolerable rate of failure that does not harm the system overall.All systems or processes have failure rates categorized in terms of SIL.

EN 50126, EN 50129, EN 50128 Functional safety in the rail industry is extremely important as we cannot afford any errors in operations of the railway systems, as it has a direct relation to human life and environment during its operation.

Functional safety railway ensures that the malfunctioning in the systems that causes hazards are within acceptance levels.

Hence to have standardisation in its manufacturing and operations, the rail industry has functional safety standards namely -EN 50126 (IEC 62278) – Reliability, Availability, maintainability and Safety (RAMS)EN 50129 (IEC 62425) – Safety related to electronic system for SignallingEN 50128 (IEC 62279) – Software for Control and Protection System EN 50126 is used for all railway applications to understand the specifications and aspects of RAMS, influencing factors involved and the related risk assessment.The standards enables to achieve the requirements for RAMS by specifying them in detail.

EN 50126, EN 50129, EN 50128 Functional safety training and certification programs are provided by TÜV SÜD in India.

TÜV SÜD’s Training and Certification for Functional Safety in Rail Industry TÜV SÜD is a global leader in providing functional safety railway training and certification in all the three modules.

This approach is formulated by international regulatory bodies that employers and employees follow in tandem, wherein the regulations depend on the nature of work an organisation performs.

This leads us to the topic of functional safety compliance.SO, WHAT IS FUNCTIONAL SAFETY-COMPLIANCE?Before we dwell on functional safety compliance, it is important to understand the context and definitions of different aspects that constitute functional safety.

This could be caused either directly or indirectly from damage to property or the environment.

Risk on the other hand, can be defined as the amalgamation of the severity of harm that can be caused, and the probability of harm being caused.Functional safety can then be defined as the process of achieving the “absence of unwanted/unreasonable risk that is caused by hazards which take place due to malfunctioning of programmable/electrical/electronic systems.” Functional safety is a pivotal part of the overall safety that ensures a system or equipment is operating appropriately to the inputs.Failure in an operation can either be a Systematic Failure which can be eliminated only by changing the operational or manufacturing process, design and procedures; or can be a Random HW Failure which can occur at any point, unpredictably, during the lifetime of the process.Now that we have addressed the basics, let us define functional safety compliance.

In simple words, functional safety is a part of the overall safety that depends on a system or equipment operating correctly in response to its inputs.WHAT ARE FUNCTIONAL SAFETY STANDARDS?Safety-critical industries need to comply with safety standards pertaining to their industrial sector.

Here is a list of a few Functional Safety Standards associated with different Industries.IEC 61508: Functional safety of electrical/electronic/programmable electronic safety-related systems ISO 26262: Automotive IEC 61511: Process Industry IEC 62304: Medical Devices EN 50126, EN 50128, EN 50129: Railway Applications (Signaling and Rolling Stock) ISO 25119: AgricultureWHY IS FUNCTIONAL SAFETY MANAGEMENT IMPORTANT IN THIS DAY AND AGE?There is a certain degree of risk in every activity that is undertaken, and as a society, we look at mitigating and dealing with these risks in different ways.

It is a prerequisite for every business to be on top of their game by constantly improving their efficiency related to every process.To ensure businesses can keep at this, the Lean Six Sigma approach is used by professionals.

A data-driven process is brought into play to support the development of these businesses.Individuals, in this case, professionals of the organization, need to learn the Lean Six Sigma methodology of improvement.This is where the Six Sigma Green Belt Training and certification come into play.

It establishes a clear culture and mindset for the organization to function in a way that the results are optimum.

Define, Measure, Analyze, Improve, and Control model as well as the real-life problem-solving abilities in a work environment.With proper training and a Six Sigma Green Belt Certification, participants can find various career opportunities including:        Operational manager        Quality engineer        Quality analyst        Industrial engineer        Manufacturing engineer        Lean Six Sigma Consultant Top 10 Reasons to get a Lean Six Sigma Green Belt CertificationThere are a number of reasons and a number of benefits behind an organization and an individual getting Six Sigma Green Belt Training.The training and certification hold a high value in the market because the lessons taught during the sessions work in real life when implemented properly.Creating a Lean culture will help organizations create more efficient processes.Here are the top 10 reasons to be trained and certified for Lean Six Sigma:  You become Credible - With a Six Sigma Green Belt Certification, you can increase your credibility.

The ability to identify the possibility of an error is enhanced in an individual which helps in managing a business efficiently and reducing costs.

Higher Chances of Promotion – Six Sigma is known to speed up the process for professionals who come with a Six Sigma Green Belt Training and proper experience.

Sometimes we deal with these risks by ensuring the environment we are in, reduces the risk to a tolerable level.

Similarly, in an organization to maintain the right working environment with minimal risk, three different entities come together – viz.

people, paperwork, and procedures.When people are trained to deal with the worst situations, they can be the first respondents to any adversity.

Procedures include testing and re-testing the set procedures to find possible lapses and solutions to counter them accordingly.Moreover, multiple industries deal with complex systems that multiply the risk that is present.

To ensure every single step is functionally safe in every aspect, functional safety and related risk management system is adhered to throughout the development process.This includes: • Requirements specification• Design• Implementation• Integration• Verification• Validation• ConfigurationFunctional safety when implemented appropriately can greatly improve the safety and quality of the product/s.

One can also see lesser maintenance issues in the operations, with seamless integration of the right functional safety techniques.RISING DEMAND FOR FUNCTIONAL SAFETY-CERTIFIED SYSTEMSOwing to the risks that functional safety management mitigates, it is not surprising to see functional safety-certified systems becoming pivotal for organizations.

Lean Six Sigma, as you might know, is a method that needs to be followed.

Other defects could also mean that a process or service has failed.The fundamental need to employ and acquire six sigma training by understanding the standard in its totality is to ensure that the defects are reduced to 3.4 defects per million opportunities.

Instead of guessing on solutions, this standard has steps that professionals should follow to maintain quality and not cut corners.This is also why a six sigma certification is crucial.Lean six sigma comprises different phases that provide a clear idea of why it is required on the latest engineering practices.Here’s why:  Lean six sigma certification helps professionals clearly understand the defined boundaries for the process that are being analyzed, and set performance specifications and expectations.

The service or product is examined to determine the root cause of an issue by using measured data.

With a proper six sigma training, professionals can clearly identify these causes, and not mistake them for a symptom.

Supporting systems need to be updated and all the other processes need to be controlled.