In today’s age of technology & advancement, who would not want to have a fast solution to a complex problem? Especially when the engineering industry is involved, the need to have accurate solutions at a short span of time is of utmost requirement. Industrial engineering is one such branch that utilizes complex processes, organizations & systems. To reduce wastage of time, finance & energy, engineers make use of industrial engineering design consultants in India.
Let us look into the salient features & capabilities of these services:
1. Failure Mode Effects and Analysis (FMEA)- A concept developed by reliability engineers to study problems that might arise from malfunctions of military systems. It involves identifying the causes & effects of failure modes by analysing the various components & subsystems. The various types of FMEA are: functional, design & process & forms the main task in safety, quality & reliability forms of engineering. Some of the advantages of using this are: it helps in early planning of tests, it aids in selecting a design with successful operation & safety & many other such advantages.
2. Geometric Dimensioning and Tolerancing (GD&T)- It is a system of engineering tolerances, that is, variation limits in physical dimension & a measures value of a product, system or service. It uses symbolic language on 3D models & other type of drawings for engineering purpose. It states the degree of accuracy that is required on each controlled feature of the part. GD & T is also used to declare the theoretically perfect geometry of assemblies & parts, the permissible variation in form & also the changes between features.
3. Lean Six Sigma Green Belt- Six Sigma is identified as a set of methods & tools for improvement in operation. The lean method is almost like Six Sigma as it emphasizes on all features of operations. But there is a difference; six sigma focuses more removing errors within processes while lean strategy emphasises on identifying the unnecessary steps that are involved leading to a wastage of effort & resources. Most engineering industries utilize these 2 methods as it provides relevant training that is required for finance, healthcare, It & other sectors. Not only is a customer satisfied to the greatest extent but also leads to cost reduction, revenue growth & also improvements in productivity. Lean Six Sigma provides skills that are synonymous with leadership positions & gives a strong ground in today’s competition to stand above the rest.
4. Value Analysis and Value Engineering (VAVE)- Applied during product development, value engineering focuses on new products. The main goal of VAVE is reducing cost, improving function, production analysis & evaluation through teamwork. Value engineering is a crucial activity because many of the products (around 80%), according to global reports, are locked in at the design development stage because considerably design involves many factors like labour & skills, training costs, materials, shipping & others. Thus value engineering is an intelligent commercial investment for new product development process & other such useful reasons. Value Analysis(VA), on the other hand, is concerned with existing products & involves the process of analysing & evaluating it by a team to improve both function & the cost. Value Analysis makes use of a systematic procedure that evaluates the product at various levels like function, cost, design aspects & alternative components. Moreover, VA involves including effective improvements & alternatives to enhance the product value & provide the customer with premium satisfaction.
Conclusion- Industrial engineering design services are used to increase the value of the product by working on its overall shape, colours, texture, sound & others. The above discussed points are some of the key procedures used to meet the demands for a better product.
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