1. Introduction
Industrial engineers combine numerous different methods of thinking, advanced technical and mathematical knowledge, and clear, systematic thought processes to determine the most effective ways to solve a variety of organizational challenges within any kind of business practice. Industrial engineers exist primarily in manufacturing businesses, but are found in levels of offices, services, and health facilities. Using advanced analysis of the basic factors of production- people, machinery, energy, information, and materials- they derive the most efficient and productive solutions to production, safety, cost, and other related problems that are present in any company, with emphasis on manufacturing facilities. Industrial engineers are an essential gap between management and operations. When this gap is repaired, companies realize their full potential- a potential that might not have even been thought possible.
What will follow in this comprehensive report is a concise but thorough summary of what industrial engineers commonly do, and most importantly, how they accomplish it. The best way to lead into such ideas as to not overwhelm is to briefly state some broad areas that industrial engineers most commonly touch on in their work. IE's aid in financial planning and cost analysis with the development of management control systems. They are essential in designing production planning and control systems that organize activity in production and ensure quality of all products. With the use of computers, simulations are created. These are extremely powerful tools that allow advanced control of devices, assembly lines, robots, and other activities. Other process systems are commonly used as well for various parts of c...
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4. Conclusion
There are numerous methods and processes that industrial engineers use to initiate and maintain the most efficient and productive operations in a manufacturing facility. These methods involve stepping away from the total cumulative process, and breaking down the operations of each and every process. The collaborative flow of these processes is mapped out, and analysis for improvement is done. With the use of industrial engineering techniques, facilities operate considerably more efficient, more productive, more cost effective, and more consistent. The trade of engineering costs for these results is a very positive business decision. Small Engineering Services, Inc. provides the utmost expertise and precision regarding all facets of industrial engineering, and looks forward to continuing its quest in enhancing businesses in their operations.
An engineer is someone who understands the world as it is, but works to make it better. They solve problems on both micro and macro scales and all sizes in between. While they endeavor to solve problems in such a way that the future isn’t compromised, this may not always be the case, thus providing employment for engineers in the future in order to solve the created problems. In this way, engineers display their obvious superior intelligence by ensuring employment for the future. At the end of the day, engineers are the on...
Production is a large part of the Eaton Corporation, “Eaton is a global leader in fluid power systems and services for industrial, mobile and aircraft equipment; electrical systems and components for power quality, distribution and control; automotive engine air management systems, power train solutions and specialty controls for performance, fuel economy and safety; and intelligent truck drive train systems for safety and fuel economy.” With Eaton’s broad range of products efficiency in the production process is extremely important to Eaton. To maximize efficiency in the production process Eaton uses the Eaton Lean Six System this system helps allow Eaton increase the performance of the company by eliminating waste, simplifying processes, reduce cycle times, and more effectively deploy resources to it’s business segments all of which work to help Eaton increase their profits. Another system Eaton uses is known as PROLaunch, this system allows Eaton to speed of the production process of its products. PROLaunch guides Eaton’s production of new products from concept to completion using a, “set of integrated processes” to help speed up the development process of Eaton’s new products.
Engineering is an occupation that deals with the building and designing of new or improved products. To succeed in the field you have to skills in science, math and technology. You must also be able to look at problems from a creative perspective to solve them. The unique challenge this poses is what draws me to the field.
The engineering section of aircraft manufacturing is quite old. It is characterized by a few firms that keep Rolls-Royce on its toes in terms of competition, like General Electric. The small number of firms can be justified by the high cost of starting of...
Anybody and everybody can become an industrial machinery mechanic; especially, those who are passionate about getting their hands plastered in motor oil, grease, and other mechanical lubricants. These people will more than likely be ecstatic about getting into industrial machinery mechanics. They need to be able to put in one hundred ten percent of their effort into becoming an industrial machinery mechanic. An industrial machinery mechanic’s overall objective on the job is to stop a mechanical error before it happens. An industrial machinery mechanics are often caught repairing, maintaining, and fabricating machinery. They will be required to have certain education and training as well as some on the job training or complete an apprenticeship program. They will receive many benefits for working in this particular field.
The business environment is increasingly becoming competitive and challenging. In the recent past, manufacturers have found themselves facing the threat of dwindling profit margins due to unfortunate global events such as the 2007 global financial crisis and the on going Europe economic crisis. The need to improve operation efficiency so as to ensure current and future investment yield the highest rate of return has therefore become extremely important. Manufacturers are now actively engaged in, managing their costs, Research and Development, adopting best procurement strategies, among other Actions. While such actions might eventually lead to positive results, additional business value can be achieved through proper management of the supply chain (Waymer, Ivanaj & Mussa 2009; Krivda 2004).
The use of reliable technology and software which actually help expedite the process should be used. The delivery procedures can be improved by various lean techniques. The inventory can be used reduced using the pull mechanism and cross docking system make the process simplified. The network of suppliers and partners can be created who respect your deadline. The personnel could be trained and the process can be standardized, people who really understand the work.
Other methods promote complexity, large overheads, automation, and other "state-of-the-art" technologies, while JIT advocates simplifying and streamlining the existing manufacturing process. This text is to introduce basic JIT concepts and assure you that JIT can work in your company.[5]
Industrial Engineering Industrial Engineering is concerned with the design, improvement, and installation of integrated systems of people, materials, equipment, information, and energy in the most efficient manner possible. Efficiency is one of an engineers major concerns. Being able to complete the job, solve the problem, and put the solution in process are all very important, but making the process efficient allows less waste and more profit. It draws upon specialized knowledge and skill in the mathematical, physical, and social sciences together with the principles and methods of engineering analysis and design to specify, predict and evaluate the results to be obtained from such systems. Their jobs are also concerned with performance, reliability, cost efficiency, quality control, plant design, and management of human resources.
Engineers are valuable assets to any company because they think analytically. Engineers may advance to become technical specialists or to supervise a staff or team of engineers and technicians. Some eventually become engineering managers or enter other managerial or sales jobs.
We are accessible only to a limited quantity of resources around us. Considering the current usage and availability of resources, it has become very important for us to use them as wisely as possible. As an industrial engineer my aim is to find ways to eliminate wastefulness and enhance the efficiency of the process or service being provided. I would like to enhance my knowledge and in order to achieve this, I wish to pursue my Master’s degree in Industrial Engineering at the Arizona State University. I aspire to do my PhD after my Masters to fulfil my long term career goal of carrying out postdoctoral industrial research while becoming a tenured professor.
When designing products, they may start to just sketch out the idea and then after a couple of sketches, he or she will start to use a Computer-Aided drafting program. After a product has been built, they will preform a quality assurance check on the product. Bureau of Labor Statistics (2015) says, “Employment of mechanical engineers is projected to grow 5 percent from 2014 to 2024, about as fast as the average for all occupations. Mechanical engineers can work in many industries and on many types of projects”. As technology advances so will the number of engineering jobs in the workplace. If you have a mechanical engineering degree you are able to work in many environments from the rail industry to the aerospace
The modem assembly line pours out finished products faster than Taylor could ever have imagined. This production "miracle" is just one legacy of scientific management. In addition, its efficiency techniques have been applied to many tasks in non-industrial organizations, ranging from fast-food service to the training of surgeons.
In manufacturing process there are different steps and jobs needs to be done in specific ways and time such as sourcing the parts we need in the production, make the items, and shipping it for the customers.
My second interest in Supply Chain Management arose from my assessment that it is a ‘rational’ specialty. I understood that its simplistic applications could find solutions for essential needs of humanity. I realized that Mechanical Engineering has an enormous reach from automobiles and manufacturing to medical equipment and nanotechnology. I studied an extremely stimulating curriculum diligently focusing on Basic Mechanical Engineering and Operations research which gave me a holistic overview of the engineering field. Hence, my penchant for the range and extent of science with Mechanical engineering as the cynosure grew.