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Engineers are a lifeline of the national economy. Wondering why and how?
The economic development of a country and its engineering capacity has a close link. For engineers in any domain, it is important to stay up to date with the latest skills that organizations want to see in their resume. Mechanical engineering is one of the popular engineering disciplines that many aspirants join every year. However, besides core knowledge, it is really important to know about technical skills for mechanical engineers to stand out before the top recruiters and being hired in a big organization.
Engineering has many branches and one important among them is mechanical engineering. The right set of technical skills for a mechanical engineer can help us develop new technologies ranging from rockets to refrigerators.
The technical skills required for mechanical engineers to help them to build new technologies and machines that make our lives easy.
What is Mechanical Engineering?
Mechanical engineering is one of the broadest branches of the engineering domain. Mechanical engineers design and develop many products ranging from tiny mechanical toys to rockets travelling into space. Some more examples are medical equipment, electrical generators, gas turbines, household machines like air conditioners and refrigerators, elevators, escalators, etc. With this, we understand the range of technical skills for a mechanical engineer.
Duties of Mechanical engineers typically involve the following:
- Analyze the problems and explore how mechanical devices might help address a problem
- Design and develop solutions using computer-aided technology
- Develop proof of concept and articulate to the stakeholders
- Oversee the end-to-end manufacturing process for the device
- Participate in root cause analysis, identify reasons for malfunction of a device and recommend fool-proof solutions.
Job prospects for Mechanical Engineers
The employment of mechanical engineers is projected to grow in the coming years. The technical skills of Mechanical engineers open up a wide range of industries to work. As a result, they can be part of many projects of varying scale.
Mechanical engineers also have great scope to work in the automotive industry and help in building the future of the automotive industry. Their skills are being utilized in building new technologies like hybrid and electric cars.
Mechanical engineers get the opportunity to work on new concepts like automation, artificial intelligence, and robotics. These technical skills for a mechanical engineer also help in nanotechnology, which is going to revolutionize the healthcare industry and other benefits like developing more powerful systems.
The job opportunities for mechanical engineers are very bright, especially for those who upskill themselves with the latest software tools, quality and Six Sigma concepts and enhance interpersonal skills. Six Sigma will be one of the most important skills in a resume for mechanical engineers.
Mechanical Engineers usually work in complex operations involving many different processes, people, and projects. So, it is very vital to know the key skills of mechanical engineers.
The top 5 ‘Must-have’ Technical skills of mechanical Engineers in resume
So, we will look at the top 5 technical skills to include in the resume for Mechanical Engineers.
- Six Sigma: Mechanical engineers must use scientific methods to design products. It helps in improving productivity and efficiency.
- Engineering and Mechanical concepts: These skills allow engineers to apply the right concepts as per the requirement of the product.
- Software skills: Mechanical engineers need to learn new software tools that will aid them to design and execute the concepts. It also helps in designing prototype products before the actual commencement of the product development.
- Creativity: Mechanical engineers are required to design complex pieces of machinery and equipment. A creative mind will ease the work.
- Math skills: Mechanical engineers are required to use principles of statistics, calculus, and other advanced analytical concepts for developing the design of a product.
Six Sigma can be seen as a matrix, a soul, and a methodology derivative of mechanical engineering for quality and reliability that will satisfy and even exceed the demands and expectations of today’s demanding customer.
A well-designed Six Sigma approach enables mechanical engineers to apply best practice tools and confidently deliver any design project. It assists to deliver robust, defect-free products, aside to it, it also emphasizes on probability and statistics for optimizing automotive manufacturing.
Now you can be a bomb in your industry by manufacturing your motives. Isn’t that amazing?
Why Six Sigma is a key skill for mechanical engineers?
Six Sigma is divine for mechanical engineers, which assists them in design and development of world-class hardware and software, ensure regulatory compliance through Qualification & Validation, it helps in preparing a formal design, enhances product quality by identifying manufacturing issues, developing cost-effective solutions, and overseeing the successful implementation of production.
Another way that Six Sigma can greatly benefit is by eliminating waste in our production process. It is the non-value add steps that increase the time and cost of an operation. Reduction in waste not only means that we can increase our productivity but also generates revenue as you start doing more with less.
While Six Sigma started in manufacturing, it is now applied to all most all the other industries. As every organization is moving towards Operational Excellence now, it is very important that the mechanical engineers too abreast themselves with the latest skills.
Six Sigma methodologies advocate one methodology called Value stream mapping, which helps us improve processes by eliminating waste. This allows you to focus on what is needed to be done so that it adds value to your product or service.
Six Sigma also drives innovation by helping people to come together to build new ideas and brainstorm for improvements.
Mechanical Engineers generally work in complex operations and utilizing Six Sigma methodologies will prove useful for those working in large-scale projects.
Conclusion:
In today’s world of cutthroat competition, organizations are moving from traditional ways of working to Operational Excellence, which largely uses Six Sigma and continuous improvement concepts. This gives a lot of opportunities for Certified Six Sigma professionals.
The key technical skill required for a mechanical engineer is Six Sigma. Six Sigma certification helps in enhancing the technical skills of mechanical engineers and demonstrates that they add value to the organization and increase profitability with continuous improvements. Six Sigma is not just for manufacturing anymore.
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