Engineering ewb research Essay

By July 19, 2017 Engineering

1. Introduction
The Engineers Without Borders Australia ( EWB ) Challenge is a plan where first twelvemonth University Students throughout Australia are required to choose from a scope of jobs associated with the life conditions of a disadvantaged community within Nepal. more specifically the small town of Sandikhola. a hilltop community in the Gorkha territory. The pupils are so required to develop originative solutions to battle these jobs to profit the community through design. teamwork and proper communicating. This peculiar research study group 9C will be concentrating on Water Supply and Sanitation Systems ( WASH ) . in peculiar Multiple Use Systems ( MUS ) . MUS refers to a system where the H2O is used for a scope of intents. so as to minimise the sum of fresh H2O needed to be drawn from the beginning and increase the pertinence of the beginning. This study will be sketching research conducted into the MUS including ; the geographics of the Gorkha territory. a instance survey on a WASH enterprise already in topographic point in Nepal. besides included in the study will be an rating of beginnings of research. and a decision of the study.

2. Research

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2. 1 Geography of the Gorkha District
The Gorkha District in Nepal is located on the mid-southern country of the Terai part approximately the centre of Nepal. More specifically the small town of Sandikhola is located about 42 kilometres North East of Bharatpur. which approximately is over an hr thrust each manner via a soil route which is merely accessible by 4?4’s and is non accessible in wet conditions. The small town of Sandikhola is located on the side of a hill with an lift of 1256 metres. and is approximately divided into three different subdivisions dwelling of harvests. lodging and farm animal.

2. 1. 1 Natural Resources

Land is seen as the most valuable natural resource to most citizens of the Gorkha territory. With over 80 % of the population. 24 506 759 people. gaining a support from farming. which in bend produces 36. 1 % of GDP on a national graduated table. Due to H2O deficits and undependability in relation to irrigation. this is non a secure resource for the people of the Gorkha territory. The lone job with utilizing land to this major of a graduated table is that it is being excessively depleted due to the speed uping growing of population. taking to widespread devastation of ecological systems. The other resource is H2O. which are polluted due to miss of sanitation and the deficiency of the resource. other than location. is due to de-forestation and the annihilating effects it has on the environment.

2. 1. 2 Technological Resources

The Gorkha territory has really limited technological resources. particularly when 90 % of the population live in rural countries and mean net incomes per household per hebdomad are below a dollar which make the affordability of technological resources impossible for hapless households. Surprisingly the telephone signal throughout the territory is surprisingly good although this is a under used resource due to miss of substructure and fundss. With under 7 % of the population holding entree to the cyberspace communicating on a planetary and even national graduated table can be extremely hard. Due to the underdeveloped nature of Nepal entree to any modern engineering is unviable. with it sometimes taking up to and over 6 months for any engineering to make many rural communities e. g. H2O proving kits.

2. 1. 3 Population and Income

Through researching Population and Income it was found that there are over 30 million people in Nepal. with about 300 000 people in Gorkha. The Terai part accommodates for 50. 27 % of the entire population. approximately 15 million people. which is the mountainous/ hilly part of Nepal which can do life really hard for these people in peculiar. The mean household income is less than one dollar a twenty-four hours with more than 40 % populating under the poorness line. In the Gorkha territory 90 % of citizens live in rural countries which goes to demo the deficiency of urban connexion further reenforcing the fact that development of engineering in relation to H2O usage will greatly impact the population in all facets of life.

2. 1. 4 Natural Catastrophes

Natural Catastrophes have a major consequence on developing states. particularly where clime alteration is concerned. This is due to the high dependance on clime sensitive sectors in the Gorkha territory including glaciers. agribusiness and forestry. and its low fiscal adaptative capacity. These catastrophes are going progressively common with the acceleration of planetary heating. This is due to the increased temperatures experienced compared to 1990 to 2010 where an addition of 1. 9 Degrees Celsius to the mean temperature. these peculiar natural catastrophes include an addition in dry periods. inundations. intense rainfall. landslides. forest fires. glacial retreats. and glacier lake outburst inundation menaces. The other chief natural catastrophes common to this country are temblors due to the placement of Gorkha on the meeting point of the Eurasian and Indian tectonic home bases. These catastrophes need to be taken into history so the MUS can defy devastation via natural catastrophe.

2. 1. 5 Climatic Conditionss

Shown in these two graphs ( below ) is the mean rainfall and temperature of the Gorkha District. By analyzing these two graphs it can be seen that the twelvemonth is divided into a moisture and dry season with the temperature throughout the twelvemonth staying comparatively changeless with a minimal scope of 3 grades Celsius and a maximal scope of 9 grades Celsius. This research is indispensable to the analysis of H2O supply

2. 1. 6 Education Degrees

In the Gorkha territory instruction is a work in advancement with the basic literacy rate at 45 % of males and merely 28 % of adult females. In the territory entirely there are close to 500 schools. 400 of which are public. With the aid of many Non-Government Organizations. development of these schools has had an first-class consequence on the instruction system. for illustration at the terminal of 2013 1000 computing machines were distributed to these schools readily doing available huge sums of educational resources to these communities. The jobs associated with the instruction degrees include the travel distance particularly within rural countries. and besides the deficiency of proper WASH resources which affects the wellness of the pupils.

2. 1. 7 Infrastructure

In relation to the Infrastructure available to the people of Gorkha it can be noted as uneffective. This is found as roads to many of the rural countries within which the bulk lives. are virtually unaccessible without a 4?4. as less than a one-fourth of roads in Nepal really being paved/concreted. This is progressively made disputing due to less than 1 % of the population really holding entree to a auto. The chief signifier of conveyance readily available are the public coachs. but on the other manus they are non highly dependable with the battalion of work stoppages which occur. doing life for the people more hard when they have to walk for hours to acquire where they were traveling. Another major defect is the inability for citizens to entree a scope of services with less than 15 % of people holding entree to formal wellness attention services. kids holding to walk on mean 1-3 hours to go to school. there is besides a deficiency of an electricity supply to bulk of rural countries. deficiency of public sewerage intervention in the bulk of the territory and in general isolation of rural countries.

2. 2 Existing Solutions

In the community of Sandikhola. there is a broad scope of jobs associated with H2O supply. These include the handiness to H2O beginnings. the cleanliness/quality of H2O supply. the sum of H2O supplied. and the ability for the resource to be efficaciously used across domestic utilizations and productive utilizations. Presently in Sandikhola about 80 % of WASH techniques are presently in topographic point with there being a few beginnings of H2O ; one little waterway. eight pat bases and two spring consumptions but during the dry season these consumptions become unavailable due to low force per unit area. When this occurs the community must pull H2O from a larger spring located farther off from the small town down the hill. In the instance of Sandikhola at each spring consumption is a reservoir armored combat vehicle. there are three H2O quality examiners spread across the small town. one rain proctor and two flow proctors. Besides introduced to this community is the usage of recycling H2O. such as ; capturing floods at spring consumptions. Rainwater Harvesting ( RWH ) . Ground Water Capture ( GWC ) . fog H2O. and gray H2O systems. Through the integrating of a scope of these beginnings. systems and techniques we develop a MUS system.

2. 2. 1 Construction

Basically the MUS is constructed via the connexion of a scope of individual usage engineerings e. g. spring consumption. storage armored combat vehicles. pat stands. This is to cut down the sum of H2O requires for usage by cut downing waste H2O ( sustainability ) . and besides to do it more accessible for the villagers. For the building many of the small town members are to a great extent involved in building so as to guarantee the instruction of the MUS to the community leting it to be decently maintained even after the EWB/NEWAH squad leaves.

2. 2. 2 Inputs and Outputs

For the execution of the MUS there are a figure of inputs required. these include ; aid from a 3rd party in this instance EWB and NEWAH in relation to support. research and designing. engagement from members of the Sandikhola community. stuffs. current engineerings. and tools. For every input there is an end product. in this instance one time building is completed some of the end products of the engineering become apparent. these including ; an addition of income and benefits in relation to this including ; general wellness. nutrition. societal authorization. nutrient security. clip nest eggs. Diversification of Livelihood. which is the procedure by which the community develops a scope of activities and societal support capablenesss in order to last and better their criterions of life i. e. instruction. inter/intra-societal interaction. Increase in sustainability including. efficient H2O transportation from the H2O beginning for domestic and productive applications.

3. Evaluation of Beginnings of Information

In research for this assignment. I tend to maneuver clear of any non-reliable or inaccurate resources. To make this books go an highly valuable and trusted resource. and when utilizing web sites as resources I have stuck to. org web sites while at the same clip look intoing the about us subdivision as non all. org sites are official sites. Some ways I checked the truth and cogency of my beginnings of information include ; analysis of the deepness of coverage. finding the intended audience so it is relevant for this study. analysis of linguistic communication used i. e. sophisticated to low degree apprehension. The day of the months of the information are indispensable for proper research. excessively old might be inaccurate compared to newer information. Does the beginning have a bibliography and the type of beginnings of information the writer uses and an analysis of the layout and construction of the papers. Through all of this analyzing we are able to find the accurate and dependable beginnings of information.

4. Decision

In decision. through the research of the Gorkha territory and my undertaking country the MUS. it is possible to recognize the positive potency that the execution of the MUS has on all facets of life. This is due to H2O playing a monolithic portion in the lives of every homo. and when there is a deficiency of sufficient resource. day-to-day functionality is affected.

5. Mentions
?Renwick. et. Al. 2007. “Multiple Use Water Services For The Poor: Measuring the province of Knowledge. ” Winrock International: Arlington. VA ?Mikhail. et. Al. 2008. “Multiple-Use Water Service Implementation in Nepal and India: Experience and Lessons Scale-Up. ” International Development Enterprises: Lakewood. CO ?Engineers without Borders USA 2014. EWB-USA. Denver viewed 10 March 2014. hypertext transfer protocol: //my. ewb-usa. org/project-resources/technical-resources. ?iDE Organization 2014. iDEORG. Colorado viewed 10 March 2014. hypertext transfer protocol: //www. ideorg. org/OurTechnologies/MultipleUseWaterSystems. aspx # . ?Practical Action 2014. Practical Action. Rugby viewed 12 March 2014. hypertext transfer protocol: //practicalaction. org/mus-2. ?Engineers Without Borders Australia 2014. Engineers Without Borders. North Melbourne viewed 12 March 2014. hypertext transfer protocol: //www. ewbchallenge. org/nepal-water-healthnewah/sandikhola. ?Smith. J. . 2014. Personal Communication. 25th February 2014 ?United Nations 2014. United Nations. New York viewed 12th March 2014. hypertext transfer protocol: //www. un. org. np/maps/nepal-gorkha-district. ?Rural poorness portal 2012. IFAD. Vancouver viewed 12 March 2014. hypertext transfer protocol: //www. ruralpovertyportal. org/en/country/statistics/tags/nepal.


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