Introduction
Six Sigma certification could be one of the most brilliant things you can do to your career as an engineer whose major is mechanical. Whether you are designing machines and engineering processes or in quality management, Six Sigma provides you with a systematic problem solving, error reduction, and efficiency method.
This step-by-step guide has all the information you need to know about Six Sigma certification of mechanical engineers what, why, the certification levels, the benefits, careers and how to start.
What is Six Sigma?
Six Sigma is a factual approach that is applied in the removal of defects and enhancing processes within any organization. It was initially invented by Motorola in 1980s, but has since been embraced by major corporations such as General Electric, Toyota and Ford. Six Sigma has one objective to attain near-perfect quality.
That is only 3.4 defects per million opportunities in numbers. That is equivalent to getting 999,996 car parts out of 1,000,000 parts to work out, right? Six Sigma is essentially an organized methodology called DMAIC that has the following acronym:
Define: Define is the Determine the objectives and problem . Measure: Gather information to know the existing process. Analyze: solve the underlying causes of problems. Improve: in this approve Work out and apply solutions. Control: Sustain the changes to achieve sustainability.
The reason why Six Sigma Certification is important to Mechanical Engineers.
Mechanical engineers are the ones who are usually at the center stage of manufacturing, production and design. These are the areas, where precision, quality, and efficiency is essential, and all that are directly correlated to the principles of the Six Sigma.
This is the reason why Six Sigma certification is a game changer among the mechanical engineers:
Learns Better Problem Solving: Six Sigma teaches you to apply information and reasoned argument to solve problems in a logical manner as opposed to guessing.
Enhances Process Efficiency: You will be taught how to automate it, make it leaner, and increase productivity. Expands Career Opportunities: Certified engineers are highly sought after in such field as automotive, aerospace, oil and gas, and manufacturing industries.
Drives Cost Savings: The engineers using Six Sigma usually save companies thousands (or even millions) of dollars by improving their processes. Concisely, Six Sigma provides mechanical engineers with the advantage to transform themselves to problem solver rather than problem fixer.
Six Sigma Certification Levels.
Six Sigma is certified in various levels like martial arts belts. All the levels illustrate more insight and competence in implementing Six Sigma tools.
1. White Belt General knowledge about Six Sigma. Perfectly suitable to novices or students who desire to have a knowledge of the basics.
2. Yellow Belt It is doing work with a Six Sigma team. Concentrates on the gathering of information, assisting improvement initiatives, and acquiring the essential instruments such as process mapping.
3. Green Belt Practical involvement in projects. You will be in charge of small projects and analyze the data with the help of statistical analysis. Good with mechanical engineers dealing with process improvements.
4. Black Belt Professionals leading cross-functional projects are the ones at the advanced level. Dwelling on strategic advancements and leadership.
5. Master Black Belt Expert level. The activities include training and mentoring others, and aligning Six Sigma with the business strategy.
The Applicability of Six Sigma to the Mechanical Engineering. The whole thing about mechanical engineering is the design of efficient systems. Six Sigma is the best fit into that mission.
The application of Six Sigma to the field of mechanical engineering.
Mechanical engineering is everything to do with efficient designs of systems. Six Sigma will be a good fit to that mission.
The following are some of its applications:
Optimization of Manufacturing: Cut down machine time off and enhance uniformity of products.
Quality Control: Find and remove the cause of the defects in products.
Process Design: Six Sigma to design processes that are waste and variation minimizing.
Consider the case of a factory that makes engine parts with a 2 per cent rejection rate. With such Six Sigma tools as Pareto analysis and cause-and-effect diagram, you would have been able to determine the key sources of defects, e.g., a calibration malfunction or a defective mold, and bring rejection rates down to less than half a percent.
Opportunities in the Career upon Six Sigma Certification.
After getting a Six Sigma certification, you will have a lot of career opportunities. The following are just some of the job positions that may require certified mechanical engineers:
Quality Engineer Manufacturing Engineer Process Improvement Specialist. Operations Manager Maintenance Engineer Project Manager
Some of the industries that appreciate Six Sigma would be:
Automotive Aerospace Energy Construction Consumer Goods Oil & Gas Healthcare Manufacturing
To many employers, Six Sigma certification is an indicator that you can think strategically as well as contribute to continuous improvement which is a very useful asset in any organization.
The Six Sigma Certification Benefits Salaries.
The professionals with Six Sigma certification usually receive better pay than their counterparts who are not certified. Six Sigma Green Belt: 612 LPA (India) / 709000 (US) Six Sigma Black Belt: INR1225 LPA (India) / 90120,000 (US).
This is due to the fact that employers would pay more since Six Sigma-certified engineers will deliver quantifiable benefits, including fewer defects, lower costs, and productivity. How to become a Six Sigma certified mechanical engineer.
The new option is lean six sigma: The Next Step of a Mechanical Engineer.
Lean and six sigma frequently work together. Whereas six sigma is concerned with quality and minimizing defects, lean is concerned with speed and minimization of waste. They make Lean Six Sigma a force to reckon with.
As an example, Six Sigma may be used to determine the reason to defective parts, whereas Lean may be used to remove unnecessary steps in the assembly line. Both efficiency and quality are guaranteed by the combination.
In the case of mechanical engineers working in production, Lean Six Sigma can become the final set of tools in the operational excellence.
Six Sigma Certification Success tips.
Apply What You Learn: Attempt to apply six sigma tools in your everyday engineering practice.Professional Grouping: Networking will teach you through other Six Sigma professionals.
Record Your Projects: You can list improvements you have made, this will be an added value to your resume.Be Curious: Six Sigma is all about never giving up on learning.
Conclusion
In the current competitive engineering environment, technical expertise is not sufficient. Employers are seeking engineers that are able to think critically, problem solvers, and those motivated to push things forward and that is exactly what Six sigma teaches.
Six Sigma certification of mechanical engineers is more than just a certification but a way of thinking. It makes you perceive each issue as a way to become better, each process a system that can be optimized, and each project as a way to make the impact that will be remembered.
Therefore, be it a student going to work in his first job or a professional who aspires to lead a team, Six Sigma may be the key that will make the difference between high and high.