The Next Big Thing In Value Engineering

Value Engineering (VE) is a well-organized and analytical process that offers to achieve value by either increasing the functionality of a particular product/service or by decreasing the cost of the service/product. It means providing all vital functions at the lowest possible cost consistent with the mandatory levels of quality and performance. It has been widely used by corporates and industries to meet the challenges arising out of fixed margin and changing technology. This technique is used to offer creative thinking and innovation for improving the design of the product and developing a clear project objective.

Time, Quantity and cost are a vital set of variables that are crucial to the value engineering. It also requires effective implementation of the feedback system during the execution of the product design. Earned value engineering (EVE) is one of the most efficient feedback tools for measuring and managing performance while making constant adjustments to keep the project on time and budget. This technique is based on certain principles that involve certain procedural tasks in pursuing the objective. These tasks are of tremendous importance to tackle the certain hurdles of problem-solving and decision making. Some of these tasks are:

• Teamwork is the fundamental principle of value engineering. When the entire team caters to contribute their talent to a common objective of cost-effectiveness, then the results are worth cherishing.
• Hurdles are an expression of resistance to change. Some of these are imaginary, others are real but value engineering can help in recognizing these hurdles.
• Value engineering requires good human relations as it can directly affect the success or failure of the project.

Value Engineering has been offering solutions to the developers to keep up with the change and solve the problem of a fixed margin for decades. As we are entering the third decade of the twenty-first century, there is a pressing need to evolve with the time and improve the value/experience of the products that are important to the next generation.

To achieve the ultimate objectives of performance and reliability among the growing commercial market requires a greater degree of cost control by the mechanical service

providers. Mechanical and automation products are thriving in our day-to-day life with ease and hence one of the important decisions that businesses need to decide is on product pricing. Companies are making sure that they exercise a greater degree of cost control over new designs and ensure cost-effective measuring while developing a product. Next- generation auto and mechanical companies are focused on the following steps to ensure cost control of their products:

Phase 1: The new designs are evaluated for their required production cost and weight. This data along with their performance variables, the appropriateness of a new project for its particular market is assessed. The data and variables are continuously worked out to achieve the most acceptable proposal.

Phase 2: After the primary design is fixed by the product designers, other specialists of the team were brought to estimate other details of the component and assembly to achieve a cost-effective product with equal reliability and function.

Phase 3: The committed design is monitored by the weight control and design cost group to compare the actual costs with the targets set during phase 1. Continuous communication is maintained among the groups to reduce the excessive costs and achieve the target figures.

Currently, value engineering is seen as a potent tool of construction management and is helping companies to strengthen their procedures and final products/services as per the client expectations. This technique has evolved from earlier methods that were based on value and functional approach pioneered by Lawrence D. MIles in the 1940s and 50s. Today, the entire construction industry practices value engineering extensively and are benefiting tremendously. Many businesses have mastered this technique and have been providing solutions via robots and artificial intelligence to reduce costs during construction.

The construction industry often overruns its budget due to regular faults and pendency in the work. Developers are now focusing on robots and AI to deliver value engineering to the sites by reducing costs with great accuracy and efficiency. Algorithms have been developed to keep track of the construction on a real-time basis and flags are raised instantly when the project begins to run off the rails. The management takes the necessary steps on seeing the faults rather than waiting weeks to get a report.

Professionals working with the value engineering require continuous training to implement its principle modern technology to perform step by step in an organized problem process. The procedures should be systematically followed in order to focus on substantial details. They must develop the intellect to apply the scientific method with accurate information in order to test their problem-solving skills in real-time. The use of inexpensive material should not be made the criteria to manufacture the product as it may involve the costly process of manufacture as it will cancel the gain. Regular workshops and training should be provided to specialists as it allows them to fill the gaps in the data to make important decisions in product development.

Value engineering in the modern era requires developing regular comparable data so the results are frequently accessible and readily used. It caters to bring better decision making and improves the quality of the product in the long term. Organizations are now focusing on improving their daily work via this technique to enhance their activities. This brings more creative participation to the team and the responsibility is shared by the whole organization.

Many research shows that a lack of management support is not the principal cause of the lack of use of value engineering in the businesses. The senior management should appreciate the benefits of value engineering in product design and development to ensure improving the functionality and reducing the costs. Many industries are recognizing this technique as an effective management tool and agree that various problems that exist in their sector can be orderly removed with value engineering. The next phase of this technique will require the amalgamation of data with new technologies like artificial intelligence and virtual reality that can increase productivity by significant numbers.

Value engineering in the modern era requires developing regular comparable data so the results are frequently accessible and readily used. It caters to bring better decision making and improves the quality of the product in the long term.