Master of Geospatial Planning
- Major No
- 27801
- Course credit
- 36
- College
- Graduate Studies
- Level
- Master's Programs
Overview
Your Gateway to Advanced Professional Excellence: The Master of Geospatial Planning (M.S.) is a distinguished, advanced graduate degree offered by the Civil Engineering Department at the College of Engineering and Technology, Palestine Polytechnic University (PPU). This program is meticulously designed to launch your career as a high-level professional, empowering you to master the integration of cutting-edge geospatial technologies—such as GIS and Remote Sensing—with complex planning disciplines to solve real-world spatial challenges.
Tailored Specialization Paths: Our program stands out for its flexibility and comprehensive scope. We offer four precise specialization tracks that allow you to dive deep into today’s most vital and high-demand fields:
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GIS & Cartography Path: Focus on advanced spatial analysis, Artificial Intelligence (AI), and digital technologies.
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Planning Path: Master the art of urban planning, spatial structuring, and land development.
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Sustainable Environment Path: Lead the way in environmental impact assessment, water resource management, and climate change solutions.
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Sustainable Infrastructure Path: Shape the future with road design, urban transportation systems, and smart cities.
Career Impact & Market Relevance: Designed to meet the rapidly growing and diverse needs of both local and regional markets, this program aims to transform you into a leader capable of making evidence-based planning decisions rooted in data. Join us to gain the strategic skills that top employers are looking for.
Objectives
The core mission is to provide high-standard, ethically informed education that prepares students to contribute meaningfully to the knowledge and practice in planning, Geographic Information System (GIS) services, and mapping. Specific objectives include:
- Offering advanced training and analytical skills encompassing cutting-edge GIS, spatial statistics, and remote sensing technologies applicable to complex planning challenges.
- Preparing professionals capable of integrating spatial data and policy frameworks to address regional and global issues related to urbanisation, environmental sustainability, and infrastructure development.
- Cultivating original research and scholarship in geospatial analysis and encouraging evidence-based public service and ethical data practices in planning and governance.
- Fostering an intellectual foundation that enables continuous integration of new geospatial technologies and data sources for lifelong professional adaptation.
- Developing critical spatial thinking and sophisticated policy decision-making abilities through the use of advanced GIS and spatial statistics for evidence-based planning.
Outcomes
- Students will be able to recognise the fundamentals of Geospatial Planning disciplines, including Cartography, Transportation, Water Resources, and Environmental subjects. They will also identify ethical/professional responsibilities and describe the role and impact of Geospatial Planning in a global context.
- Students will be able to summarise, analyse data, interpret results, and draw conclusions from geospatial planning problems. They will gain the ability to design a component, system, or process that meets desired needs and imposes constraints. They will also be able to justify and think logically, critically, and creatively to develop solutions.
- Students will be able to work constructively in groups, evaluate professional and ethical responsibility, and analyse the need for and ability to engage in life-long learning.
- Students will demonstrate communication skills such as writing, reading, presenting, negotiating, and debating. They will also demonstrate proficiency in the usage of computers, networks, and software packages relevant to Geospatial Planning.
Career Opportunities for Graduates
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Academic Field: Academic Institutions, Universities, etc.
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Private Sector: Construction Industry (Contractors and Engineering Offices)
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Municipalities and public sector organisations.
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Non-Governmental Organisations: UNDP, etc.
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Governmental Ministries.
Academic Plan
متطلبات التخصص الاجبارية Credit hours: 18 Courses: 6
| Course No | Course Name | Credit hours | Course Description |
|---|---|---|---|
| 6260 | GIS spatial Modelling methods | 3 | Covers methods of spatial analysis, spatial statistics, geospatial processing, and modelling, utilizing tools like ArcGIS Desktop and ArcGIS Pro to discover features of spatial distribution. |
| 6261 | GIS based Urban Planning | 3 | Explores GIS data, applications, analytical tools, and issues relevant to city planning and transportation planning. |
| 6262 | Spatial Infrastructures Design | 3 | Focuses on the integrated design and spatial integration of transport and water infrastructures (e.g., bridges, dikes, routes) from both technical and architectural viewpoints. |
| 6263 | 3D Surveys Methods | 3 | Covers modern three-dimensional data acquisition techniques, including terrestrial and aerial laser scanning (LiDAR) and photogrammetry, as well as the processing of point clouds for 3D modelling and analysis. |
| 6264 | Advanced research in Geospatial planning | 3 | Focuses on advanced skills in scientific research related to Geospatial Planning fields, including conducting research proposals, academic writing, citations, and presentations. |
| 6265 | GIS Spatial Analysis Methods | 3 | Teaches advanced GIS data manipulation, quantitative analysis, and geospatial modelling using ArcGIS and Python programming. It covers descriptive and predictive modelling techniques, such as regression modelling, suitability modelling, and agent-based modelling. |
متطلبات التخصص الاختيارية Credit hours: 12 Courses: 25
| Course No | Course Name | Credit hours | Course Description |
|---|---|---|---|
| 6266 | Seminar | 0 | This is a mandatory requirement. The student will select a topic under the supervision of a faculty member, focusing on a subject in which the student will write a report, including a literature review. |
| 6267 | Urban Form and Spatial Structure | 3 | Examines the spatial structure of cities and how urban form influences the social, economic, and environmental aspects of planning, covering topics such as urban design, transportation systems, and smart cities. |
| 6268 | Geospatial Data Management and Databases | 3 | Teaches methods and tools for managing large geospatial datasets, including data storage, retrieval, spatial databases (such as PostGIS and Oracle Spatial), and metadata standards. |
| 6269 | Remote Sensing Analysis for Planning | 3 | Provides skills in remote sensing technologies and spatial analysis techniques to support planning and decision-making, including the use of satellite imagery, aerial photography, and environmental monitoring. |
| 6270 | Environmental Planning and Sustainability | 3 | Focuses on the role of geospatial tools in environmental planning, including Environmental Impact Assessments (EIAs), resource management, climate change adaptation, and green infrastructure planning. |
| 6271 | Geospatial Decision Support Systems (DSS) | 3 | Teaches how to design and implement DSS that use geospatial data for planning and policy decisions, covering Spatial DSS, multi-criteria decision analysis (MCDA), and urban resilience modelling. |
| 6272 | Climate Change and Resilient Urban Planning | 3 | Investigates the role of geospatial technologies in building climate-resilient cities and communities, covering climate adaptation strategies, vulnerability assessments, and disaster risk reduction. |
| 6273 | Geospatial Planning for Disaster Management | 3 | Focuses on the use of geospatial tools in disaster management, from hazard assessment to emergency response and recovery, including risk mapping and disaster response planning. |
| 6274 | Land Development Process | 3 | Provides a comprehensive understanding of the economic development process and the role that urban planning and public policy play in facilitating development, with a focus on the local level. |
| 6275 | Infrastructure Planning and Policy | 3 | Teaches students about the decision-making process used in land development and the technical skills required for reading site plans, including understanding market trends and assembling a development plan. |
| 6276 | Special Topics in Geospatial Planning | 3 | Covers advanced topics selected from the broad area of Geospatial planning to provide knowledge of recent applications and developments in this specialty. |
| 6277 | Real estate appraisal and marketing | 3 | |
| 6278 | GIS Machine Learning | 3 | Designed to equip students with the knowledge and skills necessary to integrate Geographic Information Systems (GIS) and Machine Learning (ML) techniques for advanced spatial analysis. |
| 6279 | Web GIS and Spatial Data Visualization | 3 | Focuses on the principles and practices of Web GIS, including the creation and delivery of interactive spatial applications using web technologies and programming languages. |
| 6280 | Advanced Remote Sensing and Lidar | 3 | Expands on remote sensing concepts with a focus on Light Detection and Ranging (Lidar) technology, covering data management, processing, and analysis of high-resolution point clouds. |
| 6281 | Drones for Data Collection | 3 | Covers how to select drone systems, aviation-specific laws, processing drone imagery using software like Pix4D, Python, and Bash, and designing flight plans. |
| 6282 | Digital Image Processing and Analysis | 3 | Digital image processing and analysis applied to satellite and aircraft land remote sensing data, covering preprocessing, feature extraction, thematic classification, and change detection. |
| 6283 | Spatial Statistics and Modelling | 3 | Teaches statistical methods specifically designed for analyzing spatial data and creating spatial models, including point pattern analysis, spatial regression, spatial interpolation techniques (Kriging), and spatial autocorrelation. |
| 6284 | Geospatial Intelligence and Security | 3 | Covers GIS applications in security, military intelligence (GEOINT), and disaster management, including spatial data analysis for security and crisis mapping. |
| 6285 | Environmental GIS and Analysis | 3 | Applies GIS tools and techniques to environmental management and analysis, covering habitat modelling, environmental monitoring, pollution modelling, and environmental impact assessments. |
| 6286 | GIS in Health and Epidemiology | 3 | Uses spatial analysis and GIS tools to map, track, and analyses the geographical distribution of diseases, health access, and environmental health risks. |
| 6287 | GIS for Sustainable Development | 3 | Investigates the role of GIS in addressing global challenges, such as the UN Sustainable Development Goals (SDGs), with a focus on natural resource management, sustainable cities, and disaster resilience. |
| 6288 | Geospatial Project Management | 3 | Teaches the principles and practices for managing complex geospatial projects, including project planning, risk management, budget control, and team coordination specific to GIS initiatives. |
| 6289 | Advanced Topics in Reference Frames and Geodesy | 3 | |
| 6290 | Special topics in geomatics and artificial intelligence | 3 |
متطلبات الرسالة والامتحان الشامل Credit hours: 6 Courses: 2
| Course No | Course Name | Credit hours | Course Description |
|---|---|---|---|
| 6291 | Research Thesis I | 3 | The first part of the individual research thesis work is required for the degree. |
| 6292 | Research Thesis II | 3 | The continuation and completion of the required capstone research project. |