Value Engineering Method Research Articles

Quality function deployment technology applications and their impact on value engineering Exploratory study of a number of private hospitals in Baghdad1

The value engineering method works to improve the performance of projects and productive organizations and tries to keep the cost at its lowest levels by improving the performance of activities and eliminating non-value-adding ones, and at the same time, the quality function deployment technique improves the quality of the product, by listening to the consumer’s voice, and from this point of view, the research problem has been determined by the gap that has emerged and exacerbated in the patient, and the health care institutions that are looking to attract him and improve his value. Several questions have crystallized about the research problem, the most important of which centered on the impact of the dimensions of the quality function deployment technique in value engineering by the organization in order to improve patient satisfaction, and what is the nature and level of interest in research variables (publishing the quality function and value engineering) in hospitals the research sample, so we will try in this The research clarifies whether there is an effect of the technique of spreading the quality function on value engineering to enhance the quality of services provided by the health sector in Iraq, using a questionnaire distributed over three premium-class private hospitals in the city of Baghdad, and a number of appropriate statistical methods were used to process the data. As for the most prominent conclusions, the results of the multiple linear regression analysis of the research variables revealed that the technique of publishing the quality function has a direct significant impact on value engineering in the surveyed hospitals, specifically the results showed that the publication of the quality function with its moral dimensions (voice of workers, technical comparison) respectively and after deleting the two non-significant dimensions of it , able to explain about (67%) of the changes that occur in value engineering.

Value Engineering Analysis On Andalusia Housing Proy Griya Giri Phase II In Gresik District

The need for housing continues to increase as the number of inhabitants increases. Housing development as one of the efforts to meet the needs of the community for residential houses. The Andalusian Griya Giri housing estate in Gresik Regency was built with a type. However, with the vast area in Gresik Regency and the fierce competition of housing developers who offer housing in a higher segment and at prices that do not differ much, it can be concluded that this housing is a waste of costs in development. Therefore, a way is needed to overcome this problem, namely by applying Value Engineering. This study aims to analyze the optimization of the calculation of the cost budget plan without reducing the quality and function of the building with the Value Engineering method. The analysis technique in Value Engineering of this study uses a comparative method with cost analysis. This method compares the profit price of the landcape design before it is redesigned with the design that has been redesigned, namely changing the house plan, appearance and number of house compositions / site plans so that maximum profit is obtained. This analysis uses the stages of the Value Engineering plan, namely the information stage, stage, creative, analysis stage, recommendation stage and presentation stage. Based on the results of the Value Engineering analysis at the Griya Giri Andalusian Housing Project in Gresik district, the most profitable design alternative was to use Design C with the change of type 38/72 housing units to 36 units. The profit price after redesigning from the original design, the production price of the type 38 house is Rp. 122.2 40. 00,000 becomes Rp. 9 0.728.514. The amount of profit increased generated after the redesign of the original design and the change in the number of house compositions / site plans was carried out amounting to Rp 7,864.960. 000 becomes Rp. 9,981,773,496.

PENERAPAN METODE GREEN QUALITY FUNCTION DEPLOYMENT II UNTUK PENGEMBANGAN PRODUK PADA UKM KAHLA TEMPE CRISPY SUKABUMI

Tempe chips are simple preparations that have a new taste from consuming tempe. The tight competition between tempe chips business requires SMEs Kahla Tempe Crispy to continue to innovate and improve quality periodically. Tempe chips must be quality and guaranteed food safety for the community and the environment. This study aims to determine the attributes of products needed and desired by consumers Kahla Tempe Crispy with attention to the environment and costs in the production process through the method of Green quality function Deployment II. This method not only considers the quality aspect but also considers the environmental and cost aspects into the matrix, which is described in the Matrix House of Quality, Green House, Cost House, and Comparison House. House of Quality research results show there are 5 attributes that have been met by Kahla Tempe Crispy. Based on the Green House, there are 2 processes that have Critical Control Point and there are solid, liquid and gas waste from production. Through the value engineering method by replacing with a flat frying pan can reduce the cost of cooking oil for 1 year by Rp. 4.608.000. And the profit obtained by using a flatfrying pan of Rp. 1,238,630,400 or greater Rp. 606,412,800 from a concave pan.On the matrix Concept Comparison House produces the best wok product concept for the production process of tempe chips are effective and efficient and meet the criteria Q.E.C (Quality, Environment, Cost). With the performance value of flat frying pan is higher (275) than concave frying pan (253), and the cost of flat frying pan is more economical (Rp. 347,753,592) from a concave pan (Rp. 351.968.592).

Analysis of Function Improvements Due To Changes In Core Zone Material Based on Value Engineering at Urugan Batu Dam

An embankment dam is a large artificial embankment made by placing and compacting various compositions of soil, sand, clay or rock. One of the rock fill dams located in the Buleleng Regency, Bali Province, namely the Tamblang Dam which is planned to be utilized to meet the raw water needs in the Buleleng Regency in particular and the Bali Province of 510 liters/second, irrigates irrigated rice fields in Bungkulan and in Bulian with an area of 588 Ha, as a micro hydro power generator of 2 x 269 MW, as well as other uses for flood control and tourism. At first the Tamblang Dam was a rock fill dam with an upright core made of clay material. After conducting test pits at 30 borrowed areas and soil investigations at an independent laboratory, the volume of the core zone material according to specifications cannot meet the needs of the core material. There are alternative solutions to the problem, namely bringing in core zone material from outside the project site or changing the original clay core design into an asphalt concrete core. This study applies the Value Engineering (VE) method in which an increase in function at a fixed cost or an increase in function will be obtained by reducing costs or reducing costs for a fixed function or increasing costs and increasing functions.

Indonesia MICE green building project with value engineering and its influential factors: an SEM-PLS approach

The MICE industry is considered one with high economic attractiveness for investors. Regulations and user requests for a new building are required to meet green building standards. The Green Building Council Indonesia issues Greenship's green building certification system. A minimum of 56 points is required for additional investment costs but will result in savings in operations to get a platinum rating. This paper aims to determine what factors are influential in optimising construction costs through the value engineering method to achieve a green building rating tool with life cycle costs using Structural Equation Modelling. The finding is that energy is the most influential factor in obtaining platinum rating certification, which requires value engineering and lifecycle cost analysis to achieve optimal investment costs with additional costs from 7,494% to 4,689%. The novelty of this research is that the selection of materials/machines and working methods of the green concept that saves energy needs to be carried out from the beginning of the design to achieve a feasible payback period for new investments, which will be the commitment of the owner to build a green MICE.

Advanced morphological approach for systems value engineering

The value engineering is widely used in the design of innovative engineering systems. The paper discusses the combination of morphological approaches for the development of value engineering methods. Increasing the efficiency of searching and analyzing new engineering solutions leads to the increase and refinement of information about the system under consideration. One of the defining criteria is adaptation at all stages of the life cycle. The purpose of the paper is to briefly analyze the application of the advanced morphological approach for detailed analysis. This paper describes the concept and results of using the methodology. As a result, the engineering system is analyzed and suggestions for further improvement of the approach are made. The advanced morphological analysis use in VE can be considered as a continuous process of increasing engineering and economic indicators of synthesized systems and technological processes, organizational structures.

Application of Value Engineering to Identify and Solve Irrigation Water Allocation Problems

Periodic assessment and monitoring of the functionality of irrigation scheme components is the popularly known approach for identifying and fixing existing or looming problems. For example the widely used quantitative metrics for irrigation water allocation performance assessment include equity, adequacy, and reliability of water supply. However, a qualitative metric that is seldom applied particularly in Nigeria is the value engineering method. A value engineering method is problem identification and solving approach commonly used to analyze the level of functionality of a given system or its components. The approach comprised the following phases; problem identification, system functionality analysis, creation, evaluation and development of value alternatives. A value engineering approach was applied to identify and solve the water allocation problem at Watari Irrigation Project (WIP), Kano Nigeria. Eleven (11) major problems related to water allocation were identified, and 27 solutions (ideas) were suggested, screened and reduced to 13 by the irrigating management experts. Five (5) value alternatives (VA) from the finally screened ideas were formed by putting 2 or 3 ideas as an integrated solution for a given problem. The 5 value alternatives include repairing water conveyance infrastructures, dredging water conveyance infrastructures, improving on-farm water management, conducting policy dialogue and alteration and creating awareness and sensitization campaigns. After scoring these value alternatives using a scale of 0 to 10 by another set of irrigation experts, dredging water conveyance infrastructures is having the highest score of 8.19 and hence, it requires urgent attention from the relevant authority.

Value Engineering For Drainage System Planning On Soekarno Hatta Road Malang City

The development of residential areas is very rapid, both in hilly areas and in "water parking" areas. So that puddles occur in several places, where in the past it did not occur. Floods/puddles during the rainy season that occur in the channel area of Jalan Soekarno - Hatta are caused by the capacity of the existing drainage system being no longer able to accommodate rainwater runoff. The aim of this research is Determining alternative drainage structure designs that are more efficient and effective is carried out on Jalan Soekarno - Hatta Malang City using the Value Engineering method and determining cost and time savings after carrying out Value Engineering in the drainage system planning work on Jalan Soekarno - Hatta Malang City. The results of this study is After doing Value Engineering by following the work plan (Job Plan) alternative 2 has been obtained which is efficient because the cost is cheaper (Rp. 15,881,356.00) than other alternatives, and alternative 2 is more effective because time (23 days) is faster than other alternatives . Whereas the initial cost of the U Gutter pair (existing) work on the Drainage System Planning project to Overcome Floods on Jalan Soekarno - Hatta Malang City is Rp. 17,139,144,126.35. While the cost after being in VE, namely alternative 2 Box Culvert Structure, is Rp. 17,014,195,372.72 so that there is a cost savings of Rp. 124,948,753.62 or 0.46%

Incremental Innovation Methodology that Combines Computerized Modelling and Simulation with Value Analysis and Engineering Method

Abstract Current research responds to the need to add value to a product right from the conception phase and incrementally whenever the product’s customers demand it. Thus, this paper presents a hybrid method of adding value to a single-phase asynchronous motor by combining computerized modelling and simulation of a single-phase asynchronous motor with an incremental innovation technique based on value analysis and engineering for functional optimization of this device. The methodology combines these two techniques to obtain a customer-oriented product with optimally dimensioned functions that correspond to the needs of the device’s customers. The novelty of the work consists of the research methodology, which includes the application of functional analysis method during the design and redesign stages of a single-phase asynchronous motor.

Management of the company’s economic security system using the method of value engineering

Management of the company’s economic security system using the method of value engineering

Design of Appropriate Technology Based on Waste Treatment Equipment Using Value Engineering Method in Kedung Turi

The purpose of this research is to create a waste burner using raw materials from factory welding waste. The method used in this research is the value engineering method. In Gununggansir Village, there is an increase in waste, one of which is in Kedung Turi Hamlet, which is very significant, causing a buildup of garbage and inadequate waste management in Gununggangsir Village. This is an alternative that is made is an environmentally friendly waste incinerator. The process of making a garbage incinerator has the advantage of being environmentally friendly by using used goods that are not used and can still be used. In this research, what will be done is utilizing used goods that have value and function to achieve a target value. The result of using this used material is that it saves the cost of making Trush Burner which was originally worth Rp. 1,626,000 to Rp. 965,000.

Computerized Device for Monitoring ECG and PPG Signals - Design and Redesign Based on Value Engineering Method

Abstract In the current medical, social, and technological context, where cardiovascular diseases have a high incidence in mortality statistics, dynamic social life, and rapid technological advancements, computerized systems for monitoring personal health parameters, independent of the medical system, are in great demand. The current research aims to design a prototype of a computerized system for monitoring cardiac activity (ECG and PPG) and improve it through functional optimization using an incremental innovation method based on value engineering applied to the product. This paper presents the stages of physical prototyping, device design based on its primary functions, functional optimization through balancing the cost-effectiveness ratio for each function, selecting device redesign solutions, and implementing them in the final product. The novelty of this research lies in the physical realization of a cardiac activity monitoring prototype and the application of an incremental innovation methodology and device redesign. The research falls within the technical field -through the development of the ECG-PPG prototype - and the economic field -through the application of functional analysis to improve this device.

Penerapan Rekayasa Nilai (Value Engineering) pada Proyek Pembangunan Gedung Kantor Pusat Layanan Haji dan Umroh Terpadu Kementerian Agama Kab. Batanghari

Value Engineering (VE) or in Indonesian called Value Engineering is a method that analyzes the problems of a project through a systematic and organized approach by eliminating unnecessary costs without reducing the function, appearance, quality and reliability of the project. In accordance with the regulation of the Ministry of Public Works No. 222/KPTS/CK/1991, the Directorate General of Human Settlements stated that buildings with a value of over 1 billion must be carried out a Value Engineering analysis. Value engineering can be viewed in terms of materials or materials, implementation methods and implementation time. The application of the value engineering method in the Construction of the Integrated Hajj and Umrah Service Headquarters of the Ministry of Religion, Batang Hari Regency, is reviewed in terms of architectural work, namely by reviewing the use of materials in Floor, Ceiling, Roofing, Sills work. Value engineering analysis is carried out in five stages, namely: Information Stage, Creative Stage, Analysis Stage, Development Stage, and Percentage/Recommendation Stage. The information stage is carried out to look for work items that have the potential to have high costs, this can be done by means of a cost model, breakdown, and Pareto analysis. Based on the Pareto analysis, there are 5 work items that have the potential to be carried out by value engineering. In the creative stage, alternative ideas are generated where the quality, function and quality are the same, but at a lower price. The development stage is a comparison between the alternatives that will be obtained at the analysis stage. The recommendation stage is the result of the selected alternatives. At the recommendation stage, the results of the application of the value engineering method are that the material used for floor installation work is 60x60 ceramic, for ceiling work is plywood, for roof work is sand metal tile, for door frame work, windows and ventilation are aluminum frames. Alexindo 4 inch. The total cost before applying value engineering is Rp. 1,454,030,488,23 after applying value engineering there is a cost of Rp. 1,408,960,835.40. The cost efficiency that can be applied in this Development Project is 3%. The value engineering method can reduce the cost of planning the construction of the Integrated Hajj and Umrah Service Center Office Building, Ministry of Religion, Batang Hari Regency.

Rekayasa Bahan Pada Pekerjaan Pengaman Pantai

Material Engineering is used to find alternatives or ideas that aim to produce better / lower costs than the previously planned price with functional limitations and quality of work. The purpose of this research is to analyze the cost efficiency and time effectiveness after analyzing the value engineering method. The analytical method used is material engineering on the type of activity in the coastal protection building which includes the casting and installation of buis concrete, mortar and cyclone concrete work with the substitution of mixed concrete materials in the work. The results showed that the cost efficiency after analyzing with the material engineering method was 14.15% or Rp. 274,670,356 of the Budget Plan as well as the time after analysis with the effectiveness of material engineering on the Polemo Beach Security Work, Poleang Timur District by 15% or 3 weeks ahead of the implementation schedule.

Product Development of Boran Rice Using the Value Engineering Method

Boran rice is a typical food from Lamongan Regency. The hallmark of boran rice lies in its different seasonings from other cooking spices. Boran seasoning can only be found in Lamongan Regency at this time, and the method of presentation is still simple, so further product development is necessary. This study aims to determine the most critical factors and the best alternative in developing boran rice products. The method used is the Value Engineering (VE) method. Applying the Value Engineering method can help develop products with high value and low costs without compromising product quality and reliability. This study indicates that boran seasoning products have four most important factors: the level of spiciness, packaging, net weight, and viscosity. The chosen alternative with the highest value is the 1st alternative at IDR 9.349 and the value 1.106. Alternative 1 with the criteria for level 1 spiciness, PET plastic bottle packaging, net weight 250 grams with a thick viscosity level. The results of the added value analysis compared to competing products, namely boran seasoning on the market, get an added value of Rp. 4,349/package, the added value ratio is 86.98%, and the profit ratio is 46.52%.

Optimization of Innovation Features in Mobile-Based Attendance Application

Abstract Improved Human Resources Performance can be realized in the employee’s absence. The sophistication of technology to accommodate the absence is the use of a Mobile-Based Attendance Application. Attendance can be used to measure employee performance. One of the measuring tools in measuring performance is the Key Performance Indicator (KPI). KPI values can be obtained from the Mobile-based Attendance Application, as currently implemented by an IT Company. But in its development, there is a shortage on the application features of Daily Attendance, Leave, Report Recaps Attendance and Report Recaps Leave. The value engineering method with the Analytical Hierarchy Process is used in this paper to obtain prioritized alternatives in the development of application feature updates. The results of the research show that the alternative with the largest percentage is owned by Alternative IV (45.6%). These results indicate that this alternative can be used as a recommendation for renewal of attendance application features on IT Company. Alternative IV shows optimal results such as the realization of application feature requirements for users, consumption of fewer workdays for 1-2 days, low costs, easy-to-understand feature design, and uncomplicated programming techniques.

ANALISIS VALUE ENGINEERING PADA PROYEK PERUMAHAN PESONA GRIYA ASRI DI KABUPATEN KUDUS

The need for housing continues to increase along with the increase in population. Housing development as an effort to meet the community's needs for housing. However, the limited land and competition from housing developers who offer housing in a higher segment and at a lower price, it can be concluded that there is a waste of costs in this housing development. Therefore we need a way to overcome this problem, namely by applying Value Engineering. This study aims to analyze the optimization of the calculation of the budget plan without reducing the quality and function of the building using the Value Engineering method. The analysis technique in Value Engineering in this study uses the comparative method with cost analysis. This method compares the advantages of the landcape design before the redesign and after the redesign by changing the house plan, appearance and number of house compositions on the site plan so that maximum benefits are obtained. Based on the results of the Value Engineering analysis on the Pesona Griya Asri housing project in Kudus Regency, the most profitable alternative design using Design C. The large increase in profits generated after Value Engineering was originally Rp. 407,938,977 to Rp. 847,970,184.

ADAPTOR MESIN PENCACAH SAMPAH PLASTIK

Plastic waste is a material that is difficult to decompose when buried in the ground. The large amount of plastic waste from human activities can cause environmental pollution. The reason for designing this plastic trash chopper is because the price of machines that have been marketed has an expensive price. Prices on the market range from around Rp. 18.000.000 to Rp. 30.000.000 depending on the engine specifications. In addition to the price of the machine i tu own, reasons that become the background count tool design plastic waste is due to concerns about trash, especially plastic waste in the city of Palembang, which until now still cannot be solved by optimal. To overcome these problems, a redesign of a plastic trash chopper was carried out using the Value Engineering method. From the results of research and analysis is known that p e designof the machine counter trash plastic the profit that as many as 8 benefit with b iaya value of VE were issued at 5.44. The total costs incurred after the redesign was carried out, amounting to Rp.1.470 .000.

RANCANG BANGUN MESIN UNSTRIPPED BUNCH (USB) CRUSHER DENGAN VALUE ENGINEERING

Abstract 
 PKS PT. XXX produces ± 49,645 tons of empty fruit bunches, which is an average of 16.16% (Dok Sam 2019) of TBS processed for a year. This is less effective and there are still Unstripped Bunch (USB) which are attached to the garden area where the Empty away application is applied. From the results of the study to overcome the problem of loose loose bunches that are still in empty bunches, the Unstripped Bunch Machine (USB) Crusher unit is designed with specifications that have been adjusted and the design is made sturdy and will be directly applied in real form using the Value Engineering method, the results The reality of this machine unit is that it can reduce the loose losses in empty bunches and can reduce operator performance. The stages used in this method are the information stage, the creativity stage, the analysis stage (analysis of creative ideas, raw material costs, anthropometry, and raw material analysis).
 
 Keywords: Anthropometry, unit design, Unstripped Bunch, value engineering

Cost Analysis of Smart Wristband Design for the Visually Impaired with the Value Engineering Method

Ürün tasarımı sürecinde, üretim maliyetini ve satış fiyatını sistematik bir şeklide belirlemek amacıyla geleneksel maliyet belirleme yöntemlerine alternatif olarak hedef maliyetleme yöntemi kullanılmaktadır. Hedef maliyetleme, müşteri beklentilerine uygun olarak belirlenen temel ihtiyaç ve bileşenler değiştirilmeksizin kalite arttırmada etkisi olmayan faaliyetlerin elenerek maliyetin en aza indirilmesi uygulamalarını kapsamaktadır. Hedef maliyet ile müşteriler tarafından değerli görülen faaliyetlere ait maliyet tablolarının oluşturulması ve gerekli iyileştirme çalışmalarının yapılması değer mühendisliği uygulamaları kapsamındadır. Bu çalışmada, görme engelli bireylerin bağımsız olarak yer ve yön tayin edebilmesi için tasarlanan akıllı bileklik tasarımının hedef maliyet analizi, değer mühendisliği uygulamaları ile gerçekleştirilmiştir. Analiz sonucu elde edilen verilere göre ürüne ait bileşenlerin müşteri değerleri doğrultusunda elde edilen hedef maliyet sonuçları tartışılmıştır.