GIS Specialist
أرسل عرض عمل مباشرة لهذا المرشح
مهندس مدني مختص في مجال أنظمة المعلومات الجغرافيه والبنيه التحتيه بخبره اكثر من ١١ عام.
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Jordan Monitoring, Evaluation, and Learning (M ELA) designed to ensure USAID’s activities in Jordan achieve their intended results through monitoring and evaluation, strategic assessments, and USAID's Collaborating, Learning, and Adapting approach (CLA). Kaizen will help USAID/Jordan create a dynamic learning environment among development actors, focused on innovation, quality, and knowledge sharing. Through the Kaizen Accelerator, a rapid procurement mechanism, a cohort of Jordanian firms will work with Kaizen's MELA team to successfully deliver activities while simultaneously strengthening their management and compliance systems.
The Kaizen approach will provide USAID with high-quality MEL services across its portfolio, build the capacity of local MEL institutions, and ensure programs meaningfully incorporate local participation. The MELA team will ensure program sustainability by building the technical and institutional capacity of one or more local firms that can manage the follow-on MEL Activity in the future.
lead all geographical information system design, collection, analyzation and management, also oversee the development and management of tools used for data collection and maintenance of the library of geospatial data for USAID activities.
Develop tools and processes to collect, manage, and combine spatial datasets.
Design maps and geospatial networks for USAID, Implementation partners, and local stakeholders
Standardize and clean geospatial datasets and associated attributes across project—specific datasets.
Lead field data collection efforts and conduct analysis on collected datasets.
Create maps, infographics, and other cartographic products.
Train stakeholders on data collection using various tools to improve project implementation.
MESP is a USAID/Jordan program that supports the Mission’s monitoring and evaluation (M&E) tasks. MESP provides technical and advisory services to the Mission Office of Program
Management, all Development Objective teams, and implementing partners in the areas of project monitoring, evaluation, research, organizational learning, and knowledge management.
Assist USAID and MESP in developing effective tools and processes to collect, manage and combine spatial datasets.
Build and maintain relationships with the Government of Jordan, USAID, and third-party partners to establish and maintain library of geospatial data including project specific datasets and base data.
Standardize and clean geospatial datasets and associated attributes across project specific datasets.
Lead field data collection efforts as necessary using smartphones, paper surveys, and other data collection techniques.
Create maps, infographics, and other cartographic products on a regular and ad hoc basis.
Conduct basic geospatial analysis on collected datasets per the direction of USAID and MESP.
The National Broadband Network (NBN) is a fiber-optic, open access data network under development in the Hashemite Kingdom of Jordan. It is based on IP/Ethernet technologies with a (100 Mbp/s) bandwidth capacity per site with the view to provide high-speed broadband access to increase universal access and universal coverage as well as contribute to the efficient and effective development of Jordan’s e-services delivery.
And to maximize the benefit from this network in serving the national efforts to develop and modernize the general sector, the scope of the network has been expanded to include connecting governmental and health entities with the aim of connecting approximately 3000 sites,
On this company I oversaw Design the fiber telecommunications networks on the National broadband network project (NBN) as a Survey Engineer and GIS Specialist.
Providing initial design to national broadband network for south and north areas in Jordan.
Preparing designs for fiber network by ArcGIS software, this involved creating designs for main duct routes and utility access holes by ArcGIS software, designs for ADSS routes and aerial joints using AutoCAD software and calculating quantities for every component includes in the project design.
Preparing designs for fiber network by AutoCAD software, this involved preparing designs for destination points that required to connect to fiber network by AutoCAD Software, designs for main duct routes and utility access holes by AutoCAD software, designs for ADSS routes and aerial joints by AutoCAD software, and field surveys for destination points.
Preparing Design drawings for pump statins following by Jordanian Red Cross.
Preparing Design drawings for wastewater project at Mafraq following by Dorsch International Consultant GmbH
moved to customer services Department, with in the Department of Engineering Studies as water and sewer Engineer and acting head of the designs and studies division, I was in charge for supervising the implementation and study of all schemes for these house connections in coordination with an integrated cadre of surveyors and field observers to see the proper implementation of work in the field. By dealing with approximately 250 subcontractors who conduct these works.
Preparing studies and designs for sewages works.
Following up closely with surveyors responsible for field surveys.
Implementing of sewage studies.
Do field visits to implementation sites to monitor the civil works.
This is my starting point after graduated as Intern Engineer with Jordan water Company, which is considered the responsible party for the provision of water and sanitation services for the Capital Governorate, Madaba and Zarqa.
And I was a team member on the Information technology department, with the GIS section for one year,
Since the as-builts of the Water and sewage network were drawn manually on the beginning of implementation all networks, so they were not accurate on the charts and do not show the actual locations and baths and the quantities, especially when they provide a services scheme for other implementation companies which they are working on infrastructure projects, they gave inaccurate information about their networks and usually the networks was exposed to destruction for the mentioned reasons.
So, we started to solve these problems by adjusting these networks on the schemes and we used diverse ways to do it.
We used an RTK GPS instruments to collect the data from the fields by take many points on the paths of these networks and the utilities access holes as well with around one cm accuracy for the taken coordinates,
For the water networks sometimes, we faced a challenge on how to determine the water especially for the old lines due to many soils’ layers over the lines, so we used several types of pipes detectors to locate them.
After we collected this data, we were able to analyze it on the office by used GIS Software to adjust these networks.
Correct Geographic information for sewage network by using GPS and ARCGIS software from
Conduct field surveys to correct the sewage network in Amman by using RTK GPS, and Leica Zeno Field & Office GIS Software.
Civil Engineer survey and geomatics engineer
