Man Power Research Articles

COMPARATIVE ANALYSIS OF MAN POWER, PRODUCTIVITY, AND OUTPUT IN THE SHORT AND LONG CONVEYOR CONVEYOR USING MICRO MOTION (CASE STUDY: PT.EDS MANUFACTURING INDONESIA)

The thesis is compiled to analyze the ratio of man power, productivity and output between short and long conveyor conveyor. In addition to analyzing the conveyor which is better to be applied in PT. EDS Manufacturing Indonesia by using micro motions. The analysis used by researchers working maps, motion studies and calculation of standard time obtained from the data retrieval researchers with methods of micro motion (use a stop watch).The sample in this study is that there are in the final process assy namely setting. From the results, it can be calculated that for man power has the addition of 58% from 7 to 12, to the output increase from be 51.17 units and poduktivitas takttime increased 9% from 4 units to 4.41 units and 20% productivity standard time of 3.35 units to 4.2 units.

Novel availability and performance ratio for internal transportation and manufacturing processes in job shop company

Purpose: Purpose of this study includes the quantification of the impact of transportation efficiency onto the workstations the transportation serves in term of throughput and total lead time elapsed by product. Besides, it aims to synchronize the capacity available among workstations throughout a production line by studying the upper limit of throughput could be afforded by each workstation as well as their connection with each other. This study is also done on the purpose of promoting fulfillment of customer demand at shorter delivery time and minimal equipment utilization. Investigation on implementation of Overall Equipment Effectiveness (OEE) in an aerospace part-manufacturing company is studied to track out the potential opportunities to be improved.Design/methodology/approach: Site observation is conducted on all the five manufacturing workstations in the aforementioned aerospace part manufacturing company. Time data of both automated processes and manual processes are collected and they are used to construct simulation model. From that, various scenarios of transportation efficiency are simulated in Experiment 1. In addition, Experiment 2 is also set to examine the maximum capacity of each workstation. All of these are to highlight the relationship between workstation and processes and to verify the condition of imbalanced capacity among workstations in the company. In short, this has necessitated the integration of workstation and transportation activities within the company. These are followed by proposal of measures to quantify the wastes identified.Findings: The paper finds that implementation of OEE alone does not consider the reasonability of customer demand fulfillment. The results show that both transportation efficiency and imbalanced capacity throughout production system are not emphasized by OEE implementation in the case company. Therefore, responsibility of all workstations and transportation process in delivering demand on time are quantified. Transportation process which serves as the connectors of manufacturing processes is quantified and monitored by proposed Transportation Measure (TM) whereas workstations are measured using novel availability and performance ratio.Research limitations/implications: Future research should be conducted to examine the impact of other station within a company such as warehouse and logistic department to the performance of equipment and materials in manufacturing workstation. Besides, the material availability as well as the skills or performance of man power could be further incorporated into the measures to consider all the entities involved in manufacturing processes.Practical implications: The proposed availability and performance ratio for both transportation and manufacturing processes, which are related to each other, help in promoting better effectiveness of production system in terms of production amount and lead time. Besides, reasonable utilization equipment and minimal consumption of material are incorporated in the measures to promote Lean way in fulfilling customer demand. The effectiveness of entire production line is examined as a unity with joint responsibility under varying transportation efficiency and cycle time of each workstation. Both measures could be implemented together to optimize the production system and quantify the hidden wastes which are neglected in the OEE implementation.Originality/value: The novel availability and performance ratio are proposed to consider customer demand, historical equipment utilization and Takt time of each workstation to examine the possibility and reasonability of demand fulfillment. This prevents both over-processing and overproduction issues which are invisible in OEE. Furthermore, delay propagation throughout production system and interrelationship between processes are quantified under transportation measure. Other novelty of the paper is that it monitors the waiting time and lead time spent in each workstation at the same time considering utilization of workstation. The proposed Transportation Measure (TM) aims to reduce the queue length and waiting time at destination workstation at minimal utilization of forklift. It also promotes less capacity investment in transportation and prioritizes its scheduling according to urgency of destination workstation.

Design and Optimization of Process in Spinning Mill to Improve Quality and Productivity of Yarn

Food, shelter and clothing are very basic needs of human beings. Cloths are used by the human beings to protect themselves from light, wind and rain and other environmental factors. Cloths are manufactured from the cotton. In spinning mill industry raw cotton is processed to produce yarn. At present condition quality and productivity of yarn is very important factor and lot of mills failing to achieve the quality as per standards due to this the spinning mills are in financial crisis. In India many spinning mills have stopped their production. So it has direct impact on economical condition of farmers, mill workers and the people who are connected directly or indirectly to spinning mill industry. As it’s affecting the life of many people it is very important to do research work in this field but still now this topic is not touched by researchers in large context. This is the reason why this research work initiated. Various continuous improvements processes are used in industries. Instead of applying single method at one time if we use two methods in integrated approach which compliments each other that will give benefits of both methods in single attempt. To achieve the fine quality of yarn the continuous improvement processes can be used like Six Sigma and Theory of Constraints. If we combine six sigma and theory of constraints and apply over a system as an integrated method that would give us benefits of both methodologies in single attempt with saving of time, money and man power and in results we can achieve fine quality of yarn with increased plant productivity and efficiency which will leads to profitability of mill. In this research by applying the integrated model bottleneck processes were found out and optimum solution is provided by doing improvements in processes. The process capability analysis was done before and after improvements done so we can measure the performance of system. Yarn properties such as unevenness, imperfection index, count variation, hairiness, strength, short fiber content are considered as parameters to measure effectiveness of system. In current system before improvements done there was lot of variation in values of this parameters and by reducing this variations integrated approach leads towards the profitability of spinning mill.

Chunk by Chunk Irrigation of Farm Field -Through Wireless Sensing Technique

Farming act as a heart to Indian economy and is a work of farmers. Farmers pursue certain set of stages to farm a field and irrigation is essential stage among all stages. Farmers are using so many irrigation methods to farm a field and the Irrigation methods must be in such way that, it have to boost plant development while minimizing salt inequities, leaf injuries, soil erosion, and water loss. To get good results in irrigation we should use good irrigation system. Now a days, farmers are using so many irrigation systems to pump water on the farm like traditional, modern and automated methods. Even though farmers facing problems like current shocks, standing long time and monitoring each and everything to pump water on the entire farm. In this paper modernistic sensor-based water pumping system is proposed to made irrigation easy to the farmers by chunk by chunk irrigation and each chunk is supervised with the help of soil moisture, temperate and humidity sensors. One more criteria, farmer need to concentrate while selecting an irrigation method is power supply, especially in Andhra Pradesh there is a regular power cuts in the nights.so that farmers can’t go every time to monitor how the irrigation is in the nights. Because in the nights snack and poisonous insects will be there in farm field, so it will be dangerous to the farmer’s life.so, by using proposed irrigation method irrigation will be easy in regular power cut areas, sloppy area and irrigation at night time.one more benefit from this proposed method is man power will decrease.

Smart Controller for Efficient Domestic Cashew nut Cutting Machine

India is one of the world’s largest country in terms of exportingers of cashews nuts in kernel form. Currently, more number of labours are engaged in the cashew processing industry. This research work, an automotive cashew shelling method is introduced to improve the production efficiency. It is an electronic based system which enables a continuous flow of shelless. After de-shelling the cashew nut, it falls beneath the cutter due to gravitational force and shelless cashew nuts cumulated in a vessel. Thus the proposed system has the advantage of reducing man power, time consuming and also increases the selling cost. It comprises two process. They are heating and punching process. Both processes are used to remove the cashew kernel from the shell without damage. Here a servo motor is used to extract the shell from the raw cashew. In addition, here PI controller is used to control the entire operation. Then, two blades are used to cleft the nut by operating as handle of cutter. Thus the operation forces the shell to fracture open without detaching the kernel.

PENGARUH MOTIVASI, KOMPENSASI, DAN LINGKUNGAN KERJA KARYAWAN TERHADAP KINERJA KARYAWAN DI KANTOR DINAS SOSIAL TENAGA KERJA DAN TRANSMIGRASI KOTA YOGYAKARTA

This research aims to understand how the influence of motivation, compensation and workplace on the performance of employees at department office social man power and transmigration the city of Yogyakarta bot a partial as well as simultaneous or together. The population on this research is Employees who worked at social department office of manpower and transmigration city of Yogyakarta. The sample collection technique in this research use of sampling methods purposive. The total sample taken in this research as many 81 respondents. The source of data from the study used data primary obtained from the results of questionnaires compiled using likert scale. This study using data analysis techniques is the quantitative analysis (linear regression analysis double, t test and test f). Test results t show that the significance of the variables ( x1 ) 0,007 value < α = 0.05, then motivation influential significantly to employee performance, then motivation influential significantly to employee performance, variable compensation ( x2 ) 0,038 < value α = 0.05 then compensation significant of the performance of employees and variable workplace (x3) 0,048 < value α = 0.05 and a significant effect on the employees in social department office of manpower and transmigration the city of Yogyakarta.

Simplified Strategies for COVID-19 Surge Management in Critical Care in Resource-Limited Areas – An Aide-Mémoire

Purpose of this document Coronavirus disease 2019 (COVID-19) is an infectious disease caused by the severe acute respiratory syndrome (SARS) coronavirus 2. We are facing an unprecedented situation globally because of the COVID-19 pandemic where extraordinary measures are needed continually on war footing. The goal being to save maximum lives while protecting health care staff. A competent emergency response system must incorporate necessary resources, relevant knowledge, attitudes and skills. Ring-fencing by clustering patients, experts and pooling of resources will go a long way in containing the pandemic locally. While detailed disaster response policies and guidelines are available from different societies and national bodies, this concise paper presents an aide-mémoire in a simplistic manner, since clarity of thought is key to effective preparation and sustained response. [1-5] Based on a review of various guidelines and literature search, key considerations are presented in a concise format to facilitate chalking out a suitable response strategy locally. [6-10] The following five key areas should be considered in the hospital/institution while planning for increasing Critical Care capacity to cope with anticipated COVID-19 surge. 1. Structure 2. Staffing 3. Space 4. Supplies and equipment 5. Sustainability and Staff Well being Structure (Management & Chain of Command) Anticipate: • There is going to be a sudden peak and surge in COVID-19 patients with many requiring Intensive Care Unit (ICU) admission requiring organ support particularly m e c h a n i c a l v e n t i l a t i o n w h i c h w i l l overwhelm existing health care facilities. Blueprint: • Establish a central/regional ICU COVID- 19 coordination center with dedicated and expert man power, which will guide and monitor all the ICU admissions and resource allocation in the entire region while maintaining continual contact with networking hospitals. • Lay down and circulate policies and guidelines

Policy Implementation of Fisheries Economic Empowerment and Economic Resilience in the Long-Term of Sustainable Development in Kupang City, Indonesia

A substantial problem for the economic development of fishermen in Kupang City, Indonesia is that there are 5,955 fishermen who still have a smaller income than the expenditure and limited access to the rights to control fisheries resources. The purpose of this study is to analyze and describe the implementation of fisheries economic empowerment and economic resilience policies in Kupang City using descriptive qualitative methods focusing on the Sala Model theory proposition from Riggs (1964) within the framework of fishermen economic empowerment development paradigm and the framework of economic resilience and political resilience (capital) which matters to economic geography and its economic sustainable development policy for the fishermen, from (da Costa, 2018). The results have shown that the implementation of fishermen’s economic empowerment policy through the provision of capital assistance, training and infrastructure facilities by the local government in Kupang City was not responsive to fishermen; The political support of the Indonesian government is inconsistent, it appears in the lack of internal control and its systems in the process of using ships by fishing groups; In response to this, the local government of Kupang City through related agencies should make progressive policies based on the Sala Model theory from Riggs (1964) and fishermen’s economic resilience and political resilience (capital) for sustainable development theory from (da Costa, 2018). Its model’s theories have an aim to achieve a productive economy at a high level (sufficient level). In order to achieve a sufficient level of economy, the work specialization is needed and positive political development through policies should not be formalistic. Concretely, an affirmative action is needed, that is, the assistantship is not given to individuals; The fishing unit is given to fishermen according to their wants and needs without going through a project approach, this fact shows that there is a limitation or minimization of the fishermen’s economic resources or resilience in the region. Furthermore, from fishermen’s economic resilience for sustainable development, a policy management and its implementation of the local government in the region is assessed as the top final solution where the fishermen would achieve their long-term of economic resilience (productive or sufficient level) which was supposed to be successful if there was not having a lack of policy from the local government in the region regarding the physical resource i.e., technology policy (ship). The fishermen have been facing this economic problem which means that the analysis of economic resilience is important and promptly. The importance of the economic resilience’s analysis and political resilience (capital) according to da Costa’s (2018, p. 160) Theories align or conform with the Sala Model Theory (Riggs, 1964). Importantly, the ship technology has a function as a medium from the fishermen in accessing the fisheries. However, the result has shown that from the point of views of da Costa (2018) matters about the sufficient or productive level of economic resources (resilience) of fishermen which was not still achieved due to their limited access (man power or capitals) and income, discrimination in granting loans to fishermen as long as insufficiency support of the local government to the fishermen’s economic livelihoods. It implies to economic geography’s perspective which puts forward fishermen’s knowledge and skills (ability or endeavor: human or individual resilience) to reach a longer term of economic resilience in the region. Finally, this study emphasizes on the future fishermen’s policy actions which should be viewed as a mandatory action to be implemented by the local Government in Indonesia. Thus, the economic empowerment and resilience of fishermen in the region i.e., Kupang City, Indonesia can be effectively and productively or sufficiently implicated in increasing the ability of the regional economy as it supports a sustainable development in the region.

Quanta - A platform for rapid control and monitoring of heterogeneous rbots

Rapid prototyping, real-time control and monitoring of various events in robots are crucial requirements for research in the fields of modular and swarm robotics. A large quantities of resources (time, man power, infrastructure, etc.) are often invested in programming, interfacing the sensors, debugging the response to algorithms during prototyping and operational phases of a robot development cycle. The cost of developing an optimal infrastructure to efficiently address such control and monitoring requirements increases significantly in the presence of mobile robots. Though numerous solutions have been developed for minimizing the resources spent on hardware prototyping and algorithm validation in both static and mobile scenarios, it can be observed that researchers have either chosen methodologies that conflict with the power and infrastructure constraints of the research field or generated constrained solutions whose applications are restricted to the field itself. This paper develops a solution for addressing the challenges in controlling heterogeneous mobile robots. A platform named Quanta - a cost effective, energy efficient and high-speed wireless infrastructure is prototyped as a part of the research in the field of modular robotics. Quanta is capable of controlling and monitoring various events in/using a robot with the help of a light-weight communication protocol independent of the robot hardware architecture(s).

Calculating the Expected Time to Control the Recruitment When System Fails

This paper describes the development of recruitment control to a time dependent and promotion period. Current man power position to its desired position. Through planning, management strives to have the right number and the right kinds of people, at the right places, at the right time, doing things which result in both the organization and the individual in it. Three parameter generalized Pareto distribution is used to compute the expected time to reach the recruitment status of the organization and its variance is found. The analytical results are numerically illustrated by assuming specific distributions.

Analyzing Productivity and Finding Solutions to Improve Productivity at the GLS Plant of a Selected Lamp Manufacturing Factory in Bangladesh

Bangladesh is emerging in many manufacturing industries. To ensure sustainable economic growth and compete in the global market, the industries should utilise their resources properly. Higher productivity ensures higher utilisation of available resources, i.e., man power, raw materials, etc. In this paper we have studied and analysed the productivity of a lamp manufacturing factory's GLS plant. The focus of the study was labour productivity and defects in the production floor. Labour productivity was measured and analysed using Kurosawa's structural approach for productivity measurement. It was found that the labour productivity is not up to the standard level. The reasons that reduce labour productivity and the factors for improving labour productivity were identified using questionnaires and observations. Occurrence of defects was analysed using Pareto analysis which helped to identify the vital defects. Using root cause analysis, cause and effect diagram was generated and the reasons of the defects were identified. Based on that, the solutions for reducing those defects were recommended. Some of the techniques that the lamp manufacturing factory can implement are work study, lean tools, JIT, Six Sigma and nominal group technique.

Development of robot model for cleaning open space

Abstract Open space cleaning is an important routine work in spaces like institutes, offices, public places etc. In this work, a demonstration model of robot for cleaning is developed for open spaces. The purpose of developing such a demonstration model of robot for cleaning is to find solution to reduce the man power required for the same and to automate the cleaning process. In the first step, subparts of demonstration model of robot for cleaning are created and assembled using CAD software. In the next step, analysis is conducted by varying the frame thickness of the demonstration model of robot for cleaning. The demonstration model of robot for cleaning is simulated in ANSYS Academic Research version 18.0 Static Structural. It is obtained that demonstration model of robot for cleaning is safe because of Maximum Principal Stress is lower than yield strength under boundary and load conditions. Finally, fabrication of demonstration model of robot for cleaning is done. The coding which controls the motion of demonstration model of robot for cleaning is done in Python. The basic advantage of this demonstration model of robot for cleaning is that it will be cost effective with no human involvement

Pragmatic approach to provide uninterrupted obstetric services amidst SARS COV-2 pandemic

The novel severe acute respiratory syndrome corona virus 2 (SARS COV-2) has taken our civilization by surprise. Eachpassing day emanate new set of issues, necessitating changes in its management. Its significance & impact on pregnant woman, pregnancy outcome has been detrimental as COVID-19 has been associated with maternal and perinatal morbidity and mortality in this set of vulnerable groups–pregnant women. The recommendations by ICMR need to be appreciated and efforts should be made at each level to simplify the assessment of COVID-19. We at a tertiary private setup followed methodology for triage and assessment for pregnant women ever since lock down measures was levied. The present paper discusses in brief the approach that was followed at our institute that helped us to provide services without fail during the crisis hour as well as minimizing the risk of infection to our doctors, resident doctors, nursing staff, support staff and health care workers in the team. This could provide valuable inputs to other institutes facing dearth of skilled man power as we all need to gear up for coming months as the pandemic is ongoing with no flattening of curve in near sight.

Assessment of Beekeeping System, Constraints and Opportunities in Selected Districts of West Hararghe Zone, Oromia Regional State, Ethiopia

The study was conducted two districts (Daro Labu & Gemmachis) of western Hararghe Zone with the objective of identifying beekeeping production systems and constraints in the area. For this study 6 Peasant Associations (PAs) were selected on the bases of beekeeping potential. 90 beekeepers were interviewed using pre tested semi-structured questionnaires and PRA were also used for 55 non-beekeepers. Data were analyzed using SPSS version 13. In the survey area among the beekeepers interviewed almost all farmer possess different types of traditional hive where only 26.7% and 2.22% owned modern box hive and transitional hive respectively. About 96.67% of the respondents categorize their colonies based on body size, color, swarming rate, honey production and ability to enemy protection. 80% of the interviewed farmers prefer “Red” and “Shumbure” colored bees. The beekeepers have good knowledge in colony management – feeding, watering and pest and predator caring. In all surveyed areas, honey harvested once a year from end of September to November (main honey flow) and sometimes April to May (minor honey flow). The average honey yield from traditional, transitional & box hive per harvest were 6.4±2.63, 8±2.83 and 13.9±4.04 kg respectively. There are different kinds of bee pests and predators in the area as small ant, birds, wax moth and others. 92.23% of respondent stated that as the trend of beekeeping is decreasing due to a number of factors. In our survey major beekeeping constraints in the area were also identified as lack of extension services, lack of improved beekeeping technologies, lack of man power, Lack better performer line, lack of bee forage. From this study it was realized that, there is potential of beekeeping in the zone but the production system still under traditional way where it needs further intervention of NGOs, Conservers, Researchers and private organizations to improve production system and exploit resource from this sub sector.

Human Crowd Detection for City Wide Surveillance

Abstract Surveillance systems are most commonly used for monitoring/surveillance of almost all public and private places. Real time behaviour of these systems add extra capacity to the surveillance activity. In such cases, any suspicious or uneven activity is detected by analysing the real time video stream of the cameras through these system. At maximum places, the surveillance activity is more manual, i.e. real time video footage of CCTV is monitored by security personals in some control room. It is difficult for any human being to monitor CCTV continuously and tirelessly without any rest. Therefore, robustness and effectiveness of such surveillance depends on technological strength of security personals, (i.e. human being), and hence pose the need of more man power for round the clock surveillance. This paper discusses a complete autonomous solution that will not only reduce the effort of individuals but will also increase the effectiveness of the law enforcement authority in patrolling the public places of a city. This system is proposed to use the existing CCTV infrastructure of the city. Various computer vision techniques are employed to detect the suspicious activity from real time video sequences. An intricate communication system is also designed to decrease the response time of system for the police authorities. This system is capable to generate an alarm signal if there founds any suspicious fellow or unusual activity in the restricted site. It also generates the complete description related to the events happenings in form of textual warning messages.

Strengthening of banana breeding through data digitalization.

Improvement of edible bananas (a triploid and sterile crop) through conventional breeding is a challenging task owing to its recalcitrant nature for seed set, prolonged crop duration. In addition, the need of huge man power at different stages of progeny development and evaluation often leads to mislabeling, poor data management and loss of vital data. All this can be overcome by the application of advanced information technology source. This ensured secure and efficient data management such as storage, retrieval and data analysis and further could assist in tracking the breeding status in real time. Thus, a user-friendly web-based banana breeding tracker (BBT) has been developed using MySQL database with Hypertext Preprocessor (PHP). This BBT works on all operating systems with access to multiple users from anywhere at any time. Quick responsive (QR) code labels can be generated by the tracker, which can be decoded using QR scanner. Also for each and every updated progress in breeding stages, a new QR code can be generated, which in turn reduce labeling errors. Moreover, the tracker has additional tools to search, sort and filter the data from the data sets for efficient retrieval and analysis. This tracker is being upgraded with phenotypic and genotypic data that will be made available in the public domain for hastening the banana improvement program.

Traffic Anomalies in Surveillance Videos: Recent Trends

There is an increasing demand for automated traffic surveillance with a wide range of threats in road safety and less man power to monitor them. Especially, detecting anomalous behavior in traffic surveillance is challenging because of the presence of occlusion, weather conditions, and pose variations. This paper reviews the recent trends on vision based traffic anomaly detection. Various features, modeling techniques and data sets used in traffic anomaly detection are reviewed.

Factors Influencing Customers’ Adoption of Online Banking Services (with Special Reference to NEFT, RTGS, IMPS)

The new millennium has unveiled numerous opportunities in information and communication technology and has generated magnificent impact in Banking Sector. Banking scenario has been changed rapidly since 1990’s. Anywhere and anytime banking has become the reality. It provides the opportunity to harness technological power to handle vast transactions quickly and more efficiently and especially with less man power. Online banking has become very much popular nowadays throughout the globe. The banking industry recognizes that online transaction must be secure to achieve a high level of confidence with both clients and business. In India, banks are offering online banking services to embrace with tech savvy generation, demanding modern technology based banking systems. This is fast changing the way you bank. Educated people with access to the online are in the forefront of this technology driven revolution. Nowadays, banking services are delivered online since it has become the need of the hour. This is an empirical study, conducted to examine the factors influencing customers to adopt online banking services and to measure their level of satisfaction.

How Turnover is Effecting Employers in Bangladesh and What Steps Employers are taking to Reduce Turnover in Their Organizations

Employee turnover is a very critical issue for both employees and the organization they work for. All employers prefer to keep their turnover ratio as low as possible because it is not cost effective when an employee leaves the organization and the company needs to go through the recruitment process all over again to replace that one employee. It is always more expensive for any organization to hire new employees as it requires use of additional financial resources and time. Therefore managers must try to minimize employee’s turnover at all costs and find out the causes behind the turnover ratio so as to minimize the reasons for leaving. Some companies perform exit interviews to find out the reasons for turnovers and they try to resolve those issues. Turnover also makes an impact in employees’ productivity, moral, corporate culture and employers’ reputation. To keep productivity and moral high organizations’ needs to keep the turnover low and in addition it spreads good reputation about the company throughout the industry. Job satisfaction of employees can definitely reduce turnover and employers can play a major role in this process. Like other countries Bangladesh also has various factors that affect the cause of employee turnover. As our nation moves into a lower middle income country from its previous low income status, it will need to ensure that it has a healthy workforce with a positive work life balance. This in turn will keep the turnover ratio down to a minimum. As Bangladesh is still in its developing stages, skilled and competent man power is very limited. Therefore it will be very critical for Bangladesh to manage its employee turnover ratio for the private, government and non-government sectors.

Effect of Flyash in Enhancing the Strength and Durability Characteristics of Foam Concrete

The major negative aspect of conventional concrete is having heavy density of 2400 kg/m3 and the design of buildings especially high rise structures made up of these concrete leads to high cost, high man power and high lifting devices etc. As indicated in the past researches, there are several ways in reducing the dead weight of the members. Foam concrete is one of the types which is gaining attraction in nowadays and the research towards this concrete in improving the strength and durability characteristics has many wide openings in the research point of view. This paper made an attempt to investigate the strength and durability aspects of foam concrete. In order to produce the synthetic foam, the chemical such as toluene diisocyanate and polyol are used in the ratio of 1:1.1. In order to enhance the abovesaid properties, the mineral admixture of 25% of flyash is added in the foam concrete. Based on the experimental findings, it is understood that the foam concrete with flyash can able to achieve 85% of the strength and durability properties.