Engineering in Kenya

Responsibilities for Mechanical Engineering Companies

Posted by on Nov 15, 2015 in Mechanical Engineering | 0 comments


Mechanical Engineering Companies are responsible for designing, manufacturing, researching and developing mechanical components of all kinds. These components range from refrigerators, autos to mechanical machinery at our place of work. These companies are working in a dynamic industry that call for obsolete knowledge. With the introduction of CAD, computer aided design software, there has been great transformation of these Mechanical Engineering Companies.

The tool simplifies the process of design and development feasible structures on the computer which are impossible to develop in the physical world. Mechanical engineering covers a broad coverage in industries involved in cutting edge scientific research and in designing better systems that facilitate comfortable life. Design in these industries brings together a wide range of disciplines. Therefore, to suit working in these companies, mechanical engineers are expected to be well acquainted in fields such as metallurgy, design, computer skills. Engineering in Kenya has more articles.

Mechanical Engineering Companies Responsibilities for Mechanical Engineering Companies

Mechanical Engineering Companies

Challenges Facing the Mechanical Engineering Companies

Some of the challenges experienced in these industries include recruiting mechanical engineering novices who have little background in production and design. Second, we have design complexity. Designing is a very complex process. Equipment may require up to a million components and several steps to be assembled into a complete component.

There are various fields involved in Mechanical Engineering Companies. These include electrical, mechanical, web reporting systems, amongst many others. This increases the time taken to design, cost and risks involved. This complexity is enhanced especially as customers demand for more exact specifications and customization.

Challenges Facing the Mechanical Engineering Companies Continued

The companies are facing challenges in responding to dynamism in demands from the customers. This is so especially while complying with all markets that interact with the mechanical company. There are regulations laid which require paper based reporting. Recent technologies include technologies such as RFID/UID (Radio frequency identification and unique identification) to monitor items in these companies. Delivering flexibility and pressure on costs to the respondent and the forces of globalization are also some of the challenges experienced. This is especially with the improved collaboration with increased partners to network with.

Personnel recruitment is another factor. Mechanical Engineering Companies are interested in purchasing capabilities rather than the equipment. This is a response to the new government requirements that manufacturers must be responsible for the end to end asset lifecycle and equipments optimal servicing.

Most of the Mechanical Engineering Companies experience costly expenditure in repairing products and delayed production of the components. This can be attributed to inadequate product design verification and validation processes. Verification and validation processes ensure that the designed products correspond to the requirement. Verification is a confirmation process that the product properly reflects the consumers’ requirement and design models which can be of 2D/3D mechanical drawing models, electrical systems and software code.

Solving Multi Disciplinary Challenges in Mechanical Engineering Companies

There are three areas that require development in order to resolve the above explained challenges. These include development of the design, design tools, and in the technology applied. Advantages of verification and validation processes include assurance of improved quality and reduced warranty costs through early identification of deficiencies in the program and thus are addressed early enough.Other costs include reduced prototyping costs reducing the expensive physical tests.

It is important to understand this when deploying development processes. To succeed, the companies must be very successful, they need to develop processes that take advantage of their technology and eradicate the deficiencies existing in the current management and operations. The company should ensure that everyone across the Mechanical Engineering Companies understands, embraces and adopts the new technology processes. And thus Mechanical Engineering Companies