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Bimbola B.

@MrBimbola

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5.0
15

4.5

4.5

95%

GIS Specialist | Web Developer|Python Expert|R|3D

$15 USD / Hour

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Flag of

Nigeria (7:49 PM)

・

Joined on August 21, 2022

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1 Recommendation

$15 USD / Hour

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Welcome! I’m Bashorun Bimbola Rasheed, a GIS Specialist, Web Developer, python expert and 3D Animation with 9+ years of experience in Geospatial Analysis, Remote Sensing, Full-Stack Development, data analysis, and 3D Design. I deliver high-quality, innovative solutions that help businesses optimize workflows, analyze data, and make informed decisions. What I Offer: GIS & Remote Sensing ✔ Spatial Data Analysis – Expert in ArcGIS, QGIS, and Google Earth Engine for spatial modeling and analysis. ✔ Geolocation - Skilled in geolocation by utilizing GIS tools and python ✔ Remote Sensing – Skilled in satellite imagery analysis (Landsat, Sentinel), land classification, and forest monitoring. ✔ Cartography & Visualization – Creating interactive, data-driven maps for reports and decision-making. ✔ Database Management – Handling spatial databases using SQL, PostgreSQL/PostGIS, and GeoServer. ✔ Custom GIS Solutions – Automating workflows with Python, JavaScript, and Google Earth Engine. Web Development & Software Solutions ✔ Full-Stack Development – Proficient in React.js, Next.js, Node.js, and Express.js. ✔ Geospatial Web Apps – Building real-time interactive maps with Leaflet.js and Mapbox. ✔ Database Integration – Managing SQL, MongoDB, and Firebase for seamless operations. ✔ Business & E-commerce Websites – Creating custom portfolio sites, e-commerce platforms, and CMS solutions. AutoCAD & Revit Design ✔ 2D & 3D Drafting – Using AutoCAD and Revit for architectural and engineering projects. ✔ BIM Modeling – Creating intelligent 3D models for urban planning and infrastructure. ✔ Urban Infrastructure Planning – Integrating GIS & CAD for sustainable city development. Why Work With Me? ✅ Certified Expert – BSc & MSc in Geography & Environmental Management, plus certifications from UC Davis, DHIS2, TuDelft, and WageningenX. ✅ Multi-Skilled Professional – GIS, Web Development, and CAD expertise in one package. ✅ Results-Driven – Focused on efficiency, accuracy, and innovation. ✅ Clear Communication – Delivering structured reports and real-time updates. Notable Achievements Forest Loss Analysis – Conducted GIS-based assessments for Kainji Lake Reserve in Google Earth Engine. Custom GIS Web Apps – Built real-time geospatial dashboards using Mapbox, React.js & Leaflet.js. Flood Risk Mapping – Collaborated on projects to identify and mitigate flood-prone areas. 3D Urban Planning – Designed BIM models and CAD layouts for sustainable infrastructure projects. Web & Database Development – Created a student database system and an online food ordering app using SQL & Node.js. Tools & Technologies I Excel In: GIS & Remote Sensing: ArcGIS, QGIS, Google Earth Engine, ENVI, ERDAS Imagine Web Development: React.js, Next.js, Node.js, Express.js, Tailwind CSS, Firebase, PostgreSQL, MongoDB Architecture & Design: AutoCAD, Revit, SketchUp Data Management & Visualization: PostgreSQL/PostGIS, SQL, DHIS2, Tableau, Power BI Message me today to discuss your project.

Verifications

On time

100%

On budget

100%

Accept rate

94%

Repeat hire rate

23%

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Portfolio

Portfolio

13077812
This project involved georeferencing a scanned historical geological map of an Australian region that lacked embedded coordinate references. Using a combination of Google Earth Pro and ArcGIS, I carefully identified ground control points based on visible geographic features. After successfully georeferencing the map, I digitized key geological and infrastructure features such as boundaries, roads, watercourses, drill holes, and land parcels. The digitized features were then organized into a structured spatial database, allowing for efficient management, querying, and analysis of the geological data for further geospatial applications. What I enjoyed most was the full end-to-end GIS workflow: from overcoming the initial georeferencing challenge to building a clean, well-organized spatial database. The project allowed me to apply advanced GIS skills such as spatial referencing, feature extraction, and database design. Turning a static historical map into an interactive, queryable GIS da

Georeferencing Historical Map

This project involved georeferencing a scanned historical geological map of an Australian region that lacked embedded coordinate references. Using a combination of Google Earth Pro and ArcGIS, I carefully identified ground control points based on visible geographic features. After successfully georeferencing the map, I digitized key geological and infrastructure features such as boundaries, roads, watercourses, drill holes, and land parcels. The digitized features were then organized into a structured spatial database, allowing for efficient management, querying, and analysis of the geological data for further geospatial applications. What I enjoyed most was the full end-to-end GIS workflow: from overcoming the initial georeferencing challenge to building a clean, well-organized spatial database. The project allowed me to apply advanced GIS skills such as spatial referencing, feature extraction, and database design. Turning a static historical map into an interactive, queryable GIS da

Georeferencing Historical Map

This project involved georeferencing a scanned historical geological map of an Australian region that lacked embedded coordinate references. Using a combination of Google Earth Pro and ArcGIS, I carefully identified ground control points based on visible geographic features. After successfully georeferencing the map, I digitized key geological and infrastructure features such as boundaries, roads, watercourses, drill holes, and land parcels. The digitized features were then organized into a structured spatial database, allowing for efficient management, querying, and analysis of the geological data for further geospatial applications. What I enjoyed most was the full end-to-end GIS workflow: from overcoming the initial georeferencing challenge to building a clean, well-organized spatial database. The project allowed me to apply advanced GIS skills such as spatial referencing, feature extraction, and database design. Turning a static historical map into an interactive, queryable GIS da

Georeferencing Historical Map

This project involved georeferencing a scanned historical geological map of an Australian region that lacked embedded coordinate references. Using a combination of Google Earth Pro and ArcGIS, I carefully identified ground control points based on visible geographic features. After successfully georeferencing the map, I digitized key geological and infrastructure features such as boundaries, roads, watercourses, drill holes, and land parcels. The digitized features were then organized into a structured spatial database, allowing for efficient management, querying, and analysis of the geological data for further geospatial applications. What I enjoyed most was the full end-to-end GIS workflow: from overcoming the initial georeferencing challenge to building a clean, well-organized spatial database. The project allowed me to apply advanced GIS skills such as spatial referencing, feature extraction, and database design. Turning a static historical map into an interactive, queryable GIS da

Georeferencing Historical Map

This project involved georeferencing a scanned historical geological map of an Australian region that lacked embedded coordinate references. Using a combination of Google Earth Pro and ArcGIS, I carefully identified ground control points based on visible geographic features. After successfully georeferencing the map, I digitized key geological and infrastructure features such as boundaries, roads, watercourses, drill holes, and land parcels. The digitized features were then organized into a structured spatial database, allowing for efficient management, querying, and analysis of the geological data for further geospatial applications. What I enjoyed most was the full end-to-end GIS workflow: from overcoming the initial georeferencing challenge to building a clean, well-organized spatial database. The project allowed me to apply advanced GIS skills such as spatial referencing, feature extraction, and database design. Turning a static historical map into an interactive, queryable GIS da

Georeferencing Historical Map

This project involved georeferencing a scanned historical geological map of an Australian region that lacked embedded coordinate references. Using a combination of Google Earth Pro and ArcGIS, I carefully identified ground control points based on visible geographic features. After successfully georeferencing the map, I digitized key geological and infrastructure features such as boundaries, roads, watercourses, drill holes, and land parcels. The digitized features were then organized into a structured spatial database, allowing for efficient management, querying, and analysis of the geological data for further geospatial applications. What I enjoyed most was the full end-to-end GIS workflow: from overcoming the initial georeferencing challenge to building a clean, well-organized spatial database. The project allowed me to apply advanced GIS skills such as spatial referencing, feature extraction, and database design. Turning a static historical map into an interactive, queryable GIS da

Georeferencing Historical Map

13072239
This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

13059452
This project involved building a scalable, responsive GIS web mapping platform using JavaScript, Python, OpenLayers, and real-time API integration. It features dynamic layers, user-generated content, and a strong user experience for web map development. Hosted on a VPS and integrated with a dynamic frontend, the web app combines robust geospatial tools with an intuitive UI/UX. Working with cutting-edge geospatial tools and building an interactive web map/website from scratch was exciting. The client provided clear requirements and valued quality, which allowed me to deliver a highly functional and visually impressive platform.

Dynamic Full-Stack GIS Web Mapping

13031641
This project involved developing a comprehensive academic and technical report on the application of advanced geophysical techniques—Seismic Reflection, Magnetotellurics (MT), and Gravity Surveying—for metal reserve estimation in deeply buried ore bodies. It required in-depth research, data visualization (charts, figures, and maps), cost-benefit analyses, and integration of real-world case studies from global mining sites such as Escondida (Chile), the Cobar Basin (Australia), and St Ives (Western Australia). The final report adhered strictly to Harvard referencing style and academic writing standards. What I liked best about this project was the opportunity to blend academic research with technical geoscience, Python analysis, and report writing. From building compelling cost-benefit charts using Python to integrating industry case studies and current global data, it was intellectually rewarding and allowed me to showcase a wide range of skills, from geophysical interpretation and sc

Geological Report & Analysis

This project involved developing a comprehensive academic and technical report on the application of advanced geophysical techniques—Seismic Reflection, Magnetotellurics (MT), and Gravity Surveying—for metal reserve estimation in deeply buried ore bodies. It required in-depth research, data visualization (charts, figures, and maps), cost-benefit analyses, and integration of real-world case studies from global mining sites such as Escondida (Chile), the Cobar Basin (Australia), and St Ives (Western Australia). The final report adhered strictly to Harvard referencing style and academic writing standards. What I liked best about this project was the opportunity to blend academic research with technical geoscience, Python analysis, and report writing. From building compelling cost-benefit charts using Python to integrating industry case studies and current global data, it was intellectually rewarding and allowed me to showcase a wide range of skills, from geophysical interpretation and sc

Geological Report & Analysis

This project involved developing a comprehensive academic and technical report on the application of advanced geophysical techniques—Seismic Reflection, Magnetotellurics (MT), and Gravity Surveying—for metal reserve estimation in deeply buried ore bodies. It required in-depth research, data visualization (charts, figures, and maps), cost-benefit analyses, and integration of real-world case studies from global mining sites such as Escondida (Chile), the Cobar Basin (Australia), and St Ives (Western Australia). The final report adhered strictly to Harvard referencing style and academic writing standards. What I liked best about this project was the opportunity to blend academic research with technical geoscience, Python analysis, and report writing. From building compelling cost-benefit charts using Python to integrating industry case studies and current global data, it was intellectually rewarding and allowed me to showcase a wide range of skills, from geophysical interpretation and sc

Geological Report & Analysis

This project involved developing a comprehensive academic and technical report on the application of advanced geophysical techniques—Seismic Reflection, Magnetotellurics (MT), and Gravity Surveying—for metal reserve estimation in deeply buried ore bodies. It required in-depth research, data visualization (charts, figures, and maps), cost-benefit analyses, and integration of real-world case studies from global mining sites such as Escondida (Chile), the Cobar Basin (Australia), and St Ives (Western Australia). The final report adhered strictly to Harvard referencing style and academic writing standards. What I liked best about this project was the opportunity to blend academic research with technical geoscience, Python analysis, and report writing. From building compelling cost-benefit charts using Python to integrating industry case studies and current global data, it was intellectually rewarding and allowed me to showcase a wide range of skills, from geophysical interpretation and sc

Geological Report & Analysis

This project involved developing a comprehensive academic and technical report on the application of advanced geophysical techniques—Seismic Reflection, Magnetotellurics (MT), and Gravity Surveying—for metal reserve estimation in deeply buried ore bodies. It required in-depth research, data visualization (charts, figures, and maps), cost-benefit analyses, and integration of real-world case studies from global mining sites such as Escondida (Chile), the Cobar Basin (Australia), and St Ives (Western Australia). The final report adhered strictly to Harvard referencing style and academic writing standards. What I liked best about this project was the opportunity to blend academic research with technical geoscience, Python analysis, and report writing. From building compelling cost-benefit charts using Python to integrating industry case studies and current global data, it was intellectually rewarding and allowed me to showcase a wide range of skills, from geophysical interpretation and sc

Geological Report & Analysis

This project involved developing a comprehensive academic and technical report on the application of advanced geophysical techniques—Seismic Reflection, Magnetotellurics (MT), and Gravity Surveying—for metal reserve estimation in deeply buried ore bodies. It required in-depth research, data visualization (charts, figures, and maps), cost-benefit analyses, and integration of real-world case studies from global mining sites such as Escondida (Chile), the Cobar Basin (Australia), and St Ives (Western Australia). The final report adhered strictly to Harvard referencing style and academic writing standards. What I liked best about this project was the opportunity to blend academic research with technical geoscience, Python analysis, and report writing. From building compelling cost-benefit charts using Python to integrating industry case studies and current global data, it was intellectually rewarding and allowed me to showcase a wide range of skills, from geophysical interpretation and sc

Geological Report & Analysis

This project involved developing a comprehensive academic and technical report on the application of advanced geophysical techniques—Seismic Reflection, Magnetotellurics (MT), and Gravity Surveying—for metal reserve estimation in deeply buried ore bodies. It required in-depth research, data visualization (charts, figures, and maps), cost-benefit analyses, and integration of real-world case studies from global mining sites such as Escondida (Chile), the Cobar Basin (Australia), and St Ives (Western Australia). The final report adhered strictly to Harvard referencing style and academic writing standards. What I liked best about this project was the opportunity to blend academic research with technical geoscience, Python analysis, and report writing. From building compelling cost-benefit charts using Python to integrating industry case studies and current global data, it was intellectually rewarding and allowed me to showcase a wide range of skills, from geophysical interpretation and sc

Geological Report & Analysis

13004660
This GIS project involved analyzing spatial patterns of reptile incident data using advanced geoprocessing techniques in ArcGIS Pro. The main goal was to identify clusters and spatial distribution trends to better understand the frequency and spread of incidents across a defined region. The project focused on spatially analyzing reptile incident data by: Creating a Minimum Bounding Geometry to define the area of interest. Projecting all data into a consistent coordinate system (NAD 1983 UTM Zone 17N) for accuracy in distance and area calculations. Generating hexagonal tessellations to spatially aggregate incident points. Performing Kernel Density Estimation (KDE) to identify hotspots and patterns of reptile encounters over space. These spatial techniques provided insight into the density and clustering of incidents, which is valuable for wildlife management, public safety planning, and environmental monitoring. How Did I Handle It? Reprojected all input data to maintain consisten

Spatial Analysis of Reptile Incident

This GIS project involved analyzing spatial patterns of reptile incident data using advanced geoprocessing techniques in ArcGIS Pro. The main goal was to identify clusters and spatial distribution trends to better understand the frequency and spread of incidents across a defined region. The project focused on spatially analyzing reptile incident data by: Creating a Minimum Bounding Geometry to define the area of interest. Projecting all data into a consistent coordinate system (NAD 1983 UTM Zone 17N) for accuracy in distance and area calculations. Generating hexagonal tessellations to spatially aggregate incident points. Performing Kernel Density Estimation (KDE) to identify hotspots and patterns of reptile encounters over space. These spatial techniques provided insight into the density and clustering of incidents, which is valuable for wildlife management, public safety planning, and environmental monitoring. How Did I Handle It? Reprojected all input data to maintain consisten

Spatial Analysis of Reptile Incident

This GIS project involved analyzing spatial patterns of reptile incident data using advanced geoprocessing techniques in ArcGIS Pro. The main goal was to identify clusters and spatial distribution trends to better understand the frequency and spread of incidents across a defined region. The project focused on spatially analyzing reptile incident data by: Creating a Minimum Bounding Geometry to define the area of interest. Projecting all data into a consistent coordinate system (NAD 1983 UTM Zone 17N) for accuracy in distance and area calculations. Generating hexagonal tessellations to spatially aggregate incident points. Performing Kernel Density Estimation (KDE) to identify hotspots and patterns of reptile encounters over space. These spatial techniques provided insight into the density and clustering of incidents, which is valuable for wildlife management, public safety planning, and environmental monitoring. How Did I Handle It? Reprojected all input data to maintain consisten

Spatial Analysis of Reptile Incident

This GIS project involved analyzing spatial patterns of reptile incident data using advanced geoprocessing techniques in ArcGIS Pro. The main goal was to identify clusters and spatial distribution trends to better understand the frequency and spread of incidents across a defined region. The project focused on spatially analyzing reptile incident data by: Creating a Minimum Bounding Geometry to define the area of interest. Projecting all data into a consistent coordinate system (NAD 1983 UTM Zone 17N) for accuracy in distance and area calculations. Generating hexagonal tessellations to spatially aggregate incident points. Performing Kernel Density Estimation (KDE) to identify hotspots and patterns of reptile encounters over space. These spatial techniques provided insight into the density and clustering of incidents, which is valuable for wildlife management, public safety planning, and environmental monitoring. How Did I Handle It? Reprojected all input data to maintain consisten

Spatial Analysis of Reptile Incident

This GIS project involved analyzing spatial patterns of reptile incident data using advanced geoprocessing techniques in ArcGIS Pro. The main goal was to identify clusters and spatial distribution trends to better understand the frequency and spread of incidents across a defined region. The project focused on spatially analyzing reptile incident data by: Creating a Minimum Bounding Geometry to define the area of interest. Projecting all data into a consistent coordinate system (NAD 1983 UTM Zone 17N) for accuracy in distance and area calculations. Generating hexagonal tessellations to spatially aggregate incident points. Performing Kernel Density Estimation (KDE) to identify hotspots and patterns of reptile encounters over space. These spatial techniques provided insight into the density and clustering of incidents, which is valuable for wildlife management, public safety planning, and environmental monitoring. How Did I Handle It? Reprojected all input data to maintain consisten

Spatial Analysis of Reptile Incident

Spatial Analysis of Reptile Incident

Spatial Analysis of Reptile Incident

12999458
Spatial Impact Analysis and Surface Runoff Mapping Using ArcGIS. In this project, I conducted a comprehensive spatial analysis of environmental variables and surface runoff across multiple basins using ArcGIS. The analysis involved evaluating the linear spatial impact patterns of two distinct environmental variables (VAR0001 and VAR0002) and classifying basin regions based on surface runoff volume. By applying spatial statistical classification, I visualized zones of high and low influence and their corresponding runoff characteristics, which are crucial for hydrological planning, flood risk assessment, and watershed management. The outputs included clearly labeled and color-coded thematic maps, showing areas of strong positive/negative impact and regions of high vs. low surface runoff.

Surface Runoff Mapping Using ArcGIS

Spatial Impact Analysis and Surface Runoff Mapping Using ArcGIS. In this project, I conducted a comprehensive spatial analysis of environmental variables and surface runoff across multiple basins using ArcGIS. The analysis involved evaluating the linear spatial impact patterns of two distinct environmental variables (VAR0001 and VAR0002) and classifying basin regions based on surface runoff volume. By applying spatial statistical classification, I visualized zones of high and low influence and their corresponding runoff characteristics, which are crucial for hydrological planning, flood risk assessment, and watershed management. The outputs included clearly labeled and color-coded thematic maps, showing areas of strong positive/negative impact and regions of high vs. low surface runoff.

Surface Runoff Mapping Using ArcGIS

Spatial Impact Analysis and Surface Runoff Mapping Using ArcGIS. In this project, I conducted a comprehensive spatial analysis of environmental variables and surface runoff across multiple basins using ArcGIS. The analysis involved evaluating the linear spatial impact patterns of two distinct environmental variables (VAR0001 and VAR0002) and classifying basin regions based on surface runoff volume. By applying spatial statistical classification, I visualized zones of high and low influence and their corresponding runoff characteristics, which are crucial for hydrological planning, flood risk assessment, and watershed management. The outputs included clearly labeled and color-coded thematic maps, showing areas of strong positive/negative impact and regions of high vs. low surface runoff.

Surface Runoff Mapping Using ArcGIS

Spatial Impact Analysis and Surface Runoff Mapping Using ArcGIS. In this project, I conducted a comprehensive spatial analysis of environmental variables and surface runoff across multiple basins using ArcGIS. The analysis involved evaluating the linear spatial impact patterns of two distinct environmental variables (VAR0001 and VAR0002) and classifying basin regions based on surface runoff volume. By applying spatial statistical classification, I visualized zones of high and low influence and their corresponding runoff characteristics, which are crucial for hydrological planning, flood risk assessment, and watershed management. The outputs included clearly labeled and color-coded thematic maps, showing areas of strong positive/negative impact and regions of high vs. low surface runoff.

Surface Runoff Mapping Using ArcGIS

Spatial Impact Analysis and Surface Runoff Mapping Using ArcGIS. In this project, I conducted a comprehensive spatial analysis of environmental variables and surface runoff across multiple basins using ArcGIS. The analysis involved evaluating the linear spatial impact patterns of two distinct environmental variables (VAR0001 and VAR0002) and classifying basin regions based on surface runoff volume. By applying spatial statistical classification, I visualized zones of high and low influence and their corresponding runoff characteristics, which are crucial for hydrological planning, flood risk assessment, and watershed management. The outputs included clearly labeled and color-coded thematic maps, showing areas of strong positive/negative impact and regions of high vs. low surface runoff.

Surface Runoff Mapping Using ArcGIS

13077812
This project involved georeferencing a scanned historical geological map of an Australian region that lacked embedded coordinate references. Using a combination of Google Earth Pro and ArcGIS, I carefully identified ground control points based on visible geographic features. After successfully georeferencing the map, I digitized key geological and infrastructure features such as boundaries, roads, watercourses, drill holes, and land parcels. The digitized features were then organized into a structured spatial database, allowing for efficient management, querying, and analysis of the geological data for further geospatial applications. What I enjoyed most was the full end-to-end GIS workflow: from overcoming the initial georeferencing challenge to building a clean, well-organized spatial database. The project allowed me to apply advanced GIS skills such as spatial referencing, feature extraction, and database design. Turning a static historical map into an interactive, queryable GIS da

Georeferencing Historical Map

This project involved georeferencing a scanned historical geological map of an Australian region that lacked embedded coordinate references. Using a combination of Google Earth Pro and ArcGIS, I carefully identified ground control points based on visible geographic features. After successfully georeferencing the map, I digitized key geological and infrastructure features such as boundaries, roads, watercourses, drill holes, and land parcels. The digitized features were then organized into a structured spatial database, allowing for efficient management, querying, and analysis of the geological data for further geospatial applications. What I enjoyed most was the full end-to-end GIS workflow: from overcoming the initial georeferencing challenge to building a clean, well-organized spatial database. The project allowed me to apply advanced GIS skills such as spatial referencing, feature extraction, and database design. Turning a static historical map into an interactive, queryable GIS da

Georeferencing Historical Map

This project involved georeferencing a scanned historical geological map of an Australian region that lacked embedded coordinate references. Using a combination of Google Earth Pro and ArcGIS, I carefully identified ground control points based on visible geographic features. After successfully georeferencing the map, I digitized key geological and infrastructure features such as boundaries, roads, watercourses, drill holes, and land parcels. The digitized features were then organized into a structured spatial database, allowing for efficient management, querying, and analysis of the geological data for further geospatial applications. What I enjoyed most was the full end-to-end GIS workflow: from overcoming the initial georeferencing challenge to building a clean, well-organized spatial database. The project allowed me to apply advanced GIS skills such as spatial referencing, feature extraction, and database design. Turning a static historical map into an interactive, queryable GIS da

Georeferencing Historical Map

This project involved georeferencing a scanned historical geological map of an Australian region that lacked embedded coordinate references. Using a combination of Google Earth Pro and ArcGIS, I carefully identified ground control points based on visible geographic features. After successfully georeferencing the map, I digitized key geological and infrastructure features such as boundaries, roads, watercourses, drill holes, and land parcels. The digitized features were then organized into a structured spatial database, allowing for efficient management, querying, and analysis of the geological data for further geospatial applications. What I enjoyed most was the full end-to-end GIS workflow: from overcoming the initial georeferencing challenge to building a clean, well-organized spatial database. The project allowed me to apply advanced GIS skills such as spatial referencing, feature extraction, and database design. Turning a static historical map into an interactive, queryable GIS da

Georeferencing Historical Map

This project involved georeferencing a scanned historical geological map of an Australian region that lacked embedded coordinate references. Using a combination of Google Earth Pro and ArcGIS, I carefully identified ground control points based on visible geographic features. After successfully georeferencing the map, I digitized key geological and infrastructure features such as boundaries, roads, watercourses, drill holes, and land parcels. The digitized features were then organized into a structured spatial database, allowing for efficient management, querying, and analysis of the geological data for further geospatial applications. What I enjoyed most was the full end-to-end GIS workflow: from overcoming the initial georeferencing challenge to building a clean, well-organized spatial database. The project allowed me to apply advanced GIS skills such as spatial referencing, feature extraction, and database design. Turning a static historical map into an interactive, queryable GIS da

Georeferencing Historical Map

This project involved georeferencing a scanned historical geological map of an Australian region that lacked embedded coordinate references. Using a combination of Google Earth Pro and ArcGIS, I carefully identified ground control points based on visible geographic features. After successfully georeferencing the map, I digitized key geological and infrastructure features such as boundaries, roads, watercourses, drill holes, and land parcels. The digitized features were then organized into a structured spatial database, allowing for efficient management, querying, and analysis of the geological data for further geospatial applications. What I enjoyed most was the full end-to-end GIS workflow: from overcoming the initial georeferencing challenge to building a clean, well-organized spatial database. The project allowed me to apply advanced GIS skills such as spatial referencing, feature extraction, and database design. Turning a static historical map into an interactive, queryable GIS da

Georeferencing Historical Map

13072239
This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

This project involved the creation of a comprehensive ArcGIS Story Map focused on the city of Rawalpindi, Pakistan, and its surrounding regions, including Islamabad and Murree. The objective was to build an interactive and visually engaging digital presentation that encapsulates the history, geography, urban development, cultural traditions, and key points of interest in the region. Using ArcGIS StoryMaps, the final product weaved together rich textual narrative, spatial data, infographics (such as population dynamics), and an interactive map with over 15 key locations, making it ideal for educational, tourism, or civic planning purposes. Key features include: A detailed timeline of Rawalpindi's discovery and historical milestones Infographic visualization of population trends (2023 census and 2025 projections) Cultural highlights like traditions, local shrines, and Sufi heritage A customized interactive map showing 15+ locations across Rawalpindi, Islamabad, and Murree, including p

ArcGIS Story Maps & Map Tour

13059452
This project involved building a scalable, responsive GIS web mapping platform using JavaScript, Python, OpenLayers, and real-time API integration. It features dynamic layers, user-generated content, and a strong user experience for web map development. Hosted on a VPS and integrated with a dynamic frontend, the web app combines robust geospatial tools with an intuitive UI/UX. Working with cutting-edge geospatial tools and building an interactive web map/website from scratch was exciting. The client provided clear requirements and valued quality, which allowed me to deliver a highly functional and visually impressive platform.

Dynamic Full-Stack GIS Web Mapping

13031641
This project involved developing a comprehensive academic and technical report on the application of advanced geophysical techniques—Seismic Reflection, Magnetotellurics (MT), and Gravity Surveying—for metal reserve estimation in deeply buried ore bodies. It required in-depth research, data visualization (charts, figures, and maps), cost-benefit analyses, and integration of real-world case studies from global mining sites such as Escondida (Chile), the Cobar Basin (Australia), and St Ives (Western Australia). The final report adhered strictly to Harvard referencing style and academic writing standards. What I liked best about this project was the opportunity to blend academic research with technical geoscience, Python analysis, and report writing. From building compelling cost-benefit charts using Python to integrating industry case studies and current global data, it was intellectually rewarding and allowed me to showcase a wide range of skills, from geophysical interpretation and sc

Geological Report & Analysis

This project involved developing a comprehensive academic and technical report on the application of advanced geophysical techniques—Seismic Reflection, Magnetotellurics (MT), and Gravity Surveying—for metal reserve estimation in deeply buried ore bodies. It required in-depth research, data visualization (charts, figures, and maps), cost-benefit analyses, and integration of real-world case studies from global mining sites such as Escondida (Chile), the Cobar Basin (Australia), and St Ives (Western Australia). The final report adhered strictly to Harvard referencing style and academic writing standards. What I liked best about this project was the opportunity to blend academic research with technical geoscience, Python analysis, and report writing. From building compelling cost-benefit charts using Python to integrating industry case studies and current global data, it was intellectually rewarding and allowed me to showcase a wide range of skills, from geophysical interpretation and sc

Geological Report & Analysis

This project involved developing a comprehensive academic and technical report on the application of advanced geophysical techniques—Seismic Reflection, Magnetotellurics (MT), and Gravity Surveying—for metal reserve estimation in deeply buried ore bodies. It required in-depth research, data visualization (charts, figures, and maps), cost-benefit analyses, and integration of real-world case studies from global mining sites such as Escondida (Chile), the Cobar Basin (Australia), and St Ives (Western Australia). The final report adhered strictly to Harvard referencing style and academic writing standards. What I liked best about this project was the opportunity to blend academic research with technical geoscience, Python analysis, and report writing. From building compelling cost-benefit charts using Python to integrating industry case studies and current global data, it was intellectually rewarding and allowed me to showcase a wide range of skills, from geophysical interpretation and sc

Geological Report & Analysis

This project involved developing a comprehensive academic and technical report on the application of advanced geophysical techniques—Seismic Reflection, Magnetotellurics (MT), and Gravity Surveying—for metal reserve estimation in deeply buried ore bodies. It required in-depth research, data visualization (charts, figures, and maps), cost-benefit analyses, and integration of real-world case studies from global mining sites such as Escondida (Chile), the Cobar Basin (Australia), and St Ives (Western Australia). The final report adhered strictly to Harvard referencing style and academic writing standards. What I liked best about this project was the opportunity to blend academic research with technical geoscience, Python analysis, and report writing. From building compelling cost-benefit charts using Python to integrating industry case studies and current global data, it was intellectually rewarding and allowed me to showcase a wide range of skills, from geophysical interpretation and sc

Geological Report & Analysis

This project involved developing a comprehensive academic and technical report on the application of advanced geophysical techniques—Seismic Reflection, Magnetotellurics (MT), and Gravity Surveying—for metal reserve estimation in deeply buried ore bodies. It required in-depth research, data visualization (charts, figures, and maps), cost-benefit analyses, and integration of real-world case studies from global mining sites such as Escondida (Chile), the Cobar Basin (Australia), and St Ives (Western Australia). The final report adhered strictly to Harvard referencing style and academic writing standards. What I liked best about this project was the opportunity to blend academic research with technical geoscience, Python analysis, and report writing. From building compelling cost-benefit charts using Python to integrating industry case studies and current global data, it was intellectually rewarding and allowed me to showcase a wide range of skills, from geophysical interpretation and sc

Geological Report & Analysis

This project involved developing a comprehensive academic and technical report on the application of advanced geophysical techniques—Seismic Reflection, Magnetotellurics (MT), and Gravity Surveying—for metal reserve estimation in deeply buried ore bodies. It required in-depth research, data visualization (charts, figures, and maps), cost-benefit analyses, and integration of real-world case studies from global mining sites such as Escondida (Chile), the Cobar Basin (Australia), and St Ives (Western Australia). The final report adhered strictly to Harvard referencing style and academic writing standards. What I liked best about this project was the opportunity to blend academic research with technical geoscience, Python analysis, and report writing. From building compelling cost-benefit charts using Python to integrating industry case studies and current global data, it was intellectually rewarding and allowed me to showcase a wide range of skills, from geophysical interpretation and sc

Geological Report & Analysis

This project involved developing a comprehensive academic and technical report on the application of advanced geophysical techniques—Seismic Reflection, Magnetotellurics (MT), and Gravity Surveying—for metal reserve estimation in deeply buried ore bodies. It required in-depth research, data visualization (charts, figures, and maps), cost-benefit analyses, and integration of real-world case studies from global mining sites such as Escondida (Chile), the Cobar Basin (Australia), and St Ives (Western Australia). The final report adhered strictly to Harvard referencing style and academic writing standards. What I liked best about this project was the opportunity to blend academic research with technical geoscience, Python analysis, and report writing. From building compelling cost-benefit charts using Python to integrating industry case studies and current global data, it was intellectually rewarding and allowed me to showcase a wide range of skills, from geophysical interpretation and sc

Geological Report & Analysis

13004660
This GIS project involved analyzing spatial patterns of reptile incident data using advanced geoprocessing techniques in ArcGIS Pro. The main goal was to identify clusters and spatial distribution trends to better understand the frequency and spread of incidents across a defined region. The project focused on spatially analyzing reptile incident data by: Creating a Minimum Bounding Geometry to define the area of interest. Projecting all data into a consistent coordinate system (NAD 1983 UTM Zone 17N) for accuracy in distance and area calculations. Generating hexagonal tessellations to spatially aggregate incident points. Performing Kernel Density Estimation (KDE) to identify hotspots and patterns of reptile encounters over space. These spatial techniques provided insight into the density and clustering of incidents, which is valuable for wildlife management, public safety planning, and environmental monitoring. How Did I Handle It? Reprojected all input data to maintain consisten

Spatial Analysis of Reptile Incident

This GIS project involved analyzing spatial patterns of reptile incident data using advanced geoprocessing techniques in ArcGIS Pro. The main goal was to identify clusters and spatial distribution trends to better understand the frequency and spread of incidents across a defined region. The project focused on spatially analyzing reptile incident data by: Creating a Minimum Bounding Geometry to define the area of interest. Projecting all data into a consistent coordinate system (NAD 1983 UTM Zone 17N) for accuracy in distance and area calculations. Generating hexagonal tessellations to spatially aggregate incident points. Performing Kernel Density Estimation (KDE) to identify hotspots and patterns of reptile encounters over space. These spatial techniques provided insight into the density and clustering of incidents, which is valuable for wildlife management, public safety planning, and environmental monitoring. How Did I Handle It? Reprojected all input data to maintain consisten

Spatial Analysis of Reptile Incident

This GIS project involved analyzing spatial patterns of reptile incident data using advanced geoprocessing techniques in ArcGIS Pro. The main goal was to identify clusters and spatial distribution trends to better understand the frequency and spread of incidents across a defined region. The project focused on spatially analyzing reptile incident data by: Creating a Minimum Bounding Geometry to define the area of interest. Projecting all data into a consistent coordinate system (NAD 1983 UTM Zone 17N) for accuracy in distance and area calculations. Generating hexagonal tessellations to spatially aggregate incident points. Performing Kernel Density Estimation (KDE) to identify hotspots and patterns of reptile encounters over space. These spatial techniques provided insight into the density and clustering of incidents, which is valuable for wildlife management, public safety planning, and environmental monitoring. How Did I Handle It? Reprojected all input data to maintain consisten

Spatial Analysis of Reptile Incident

This GIS project involved analyzing spatial patterns of reptile incident data using advanced geoprocessing techniques in ArcGIS Pro. The main goal was to identify clusters and spatial distribution trends to better understand the frequency and spread of incidents across a defined region. The project focused on spatially analyzing reptile incident data by: Creating a Minimum Bounding Geometry to define the area of interest. Projecting all data into a consistent coordinate system (NAD 1983 UTM Zone 17N) for accuracy in distance and area calculations. Generating hexagonal tessellations to spatially aggregate incident points. Performing Kernel Density Estimation (KDE) to identify hotspots and patterns of reptile encounters over space. These spatial techniques provided insight into the density and clustering of incidents, which is valuable for wildlife management, public safety planning, and environmental monitoring. How Did I Handle It? Reprojected all input data to maintain consisten

Spatial Analysis of Reptile Incident

This GIS project involved analyzing spatial patterns of reptile incident data using advanced geoprocessing techniques in ArcGIS Pro. The main goal was to identify clusters and spatial distribution trends to better understand the frequency and spread of incidents across a defined region. The project focused on spatially analyzing reptile incident data by: Creating a Minimum Bounding Geometry to define the area of interest. Projecting all data into a consistent coordinate system (NAD 1983 UTM Zone 17N) for accuracy in distance and area calculations. Generating hexagonal tessellations to spatially aggregate incident points. Performing Kernel Density Estimation (KDE) to identify hotspots and patterns of reptile encounters over space. These spatial techniques provided insight into the density and clustering of incidents, which is valuable for wildlife management, public safety planning, and environmental monitoring. How Did I Handle It? Reprojected all input data to maintain consisten

Spatial Analysis of Reptile Incident

Spatial Analysis of Reptile Incident

Spatial Analysis of Reptile Incident

12999458
Spatial Impact Analysis and Surface Runoff Mapping Using ArcGIS. In this project, I conducted a comprehensive spatial analysis of environmental variables and surface runoff across multiple basins using ArcGIS. The analysis involved evaluating the linear spatial impact patterns of two distinct environmental variables (VAR0001 and VAR0002) and classifying basin regions based on surface runoff volume. By applying spatial statistical classification, I visualized zones of high and low influence and their corresponding runoff characteristics, which are crucial for hydrological planning, flood risk assessment, and watershed management. The outputs included clearly labeled and color-coded thematic maps, showing areas of strong positive/negative impact and regions of high vs. low surface runoff.

Surface Runoff Mapping Using ArcGIS

Spatial Impact Analysis and Surface Runoff Mapping Using ArcGIS. In this project, I conducted a comprehensive spatial analysis of environmental variables and surface runoff across multiple basins using ArcGIS. The analysis involved evaluating the linear spatial impact patterns of two distinct environmental variables (VAR0001 and VAR0002) and classifying basin regions based on surface runoff volume. By applying spatial statistical classification, I visualized zones of high and low influence and their corresponding runoff characteristics, which are crucial for hydrological planning, flood risk assessment, and watershed management. The outputs included clearly labeled and color-coded thematic maps, showing areas of strong positive/negative impact and regions of high vs. low surface runoff.

Surface Runoff Mapping Using ArcGIS

Spatial Impact Analysis and Surface Runoff Mapping Using ArcGIS. In this project, I conducted a comprehensive spatial analysis of environmental variables and surface runoff across multiple basins using ArcGIS. The analysis involved evaluating the linear spatial impact patterns of two distinct environmental variables (VAR0001 and VAR0002) and classifying basin regions based on surface runoff volume. By applying spatial statistical classification, I visualized zones of high and low influence and their corresponding runoff characteristics, which are crucial for hydrological planning, flood risk assessment, and watershed management. The outputs included clearly labeled and color-coded thematic maps, showing areas of strong positive/negative impact and regions of high vs. low surface runoff.

Surface Runoff Mapping Using ArcGIS

Spatial Impact Analysis and Surface Runoff Mapping Using ArcGIS. In this project, I conducted a comprehensive spatial analysis of environmental variables and surface runoff across multiple basins using ArcGIS. The analysis involved evaluating the linear spatial impact patterns of two distinct environmental variables (VAR0001 and VAR0002) and classifying basin regions based on surface runoff volume. By applying spatial statistical classification, I visualized zones of high and low influence and their corresponding runoff characteristics, which are crucial for hydrological planning, flood risk assessment, and watershed management. The outputs included clearly labeled and color-coded thematic maps, showing areas of strong positive/negative impact and regions of high vs. low surface runoff.

Surface Runoff Mapping Using ArcGIS

Spatial Impact Analysis and Surface Runoff Mapping Using ArcGIS. In this project, I conducted a comprehensive spatial analysis of environmental variables and surface runoff across multiple basins using ArcGIS. The analysis involved evaluating the linear spatial impact patterns of two distinct environmental variables (VAR0001 and VAR0002) and classifying basin regions based on surface runoff volume. By applying spatial statistical classification, I visualized zones of high and low influence and their corresponding runoff characteristics, which are crucial for hydrological planning, flood risk assessment, and watershed management. The outputs included clearly labeled and color-coded thematic maps, showing areas of strong positive/negative impact and regions of high vs. low surface runoff.

Surface Runoff Mapping Using ArcGIS

5.0 · 15 Reviews
Reviews
O

Reproducible GIS Analysis in R • $50 USD

Very good at communicating work was done great !

Omar A.

@omara238

•

Flag of

Detroit, United States

•

2 months ago

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M

Web map development • $250 USD

Exceptional work by Bimbola! He built a web GIS app with Next.js that includes layer toggling, OSM integration, and feature creation. The map design is clean, sleek, mobile-friendly, and performs excellently. He handled both frontend and backend efficiently. His attention to detail and professionalism were top-notch. Highly recommend for GIS-based and full-stack web projects.

Arpan R.

@mapmyaventure

•

Flag of

Kolkata, India

•

4 months ago

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L

Satellite Imagery Analysis Specialist • $25 USD

Excellent work! Highly recommended

Luiz V.

@lsolutions7

•

Flag of

Rio de Janeiro, Brazil

•

5 months ago

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Z

Shipwreck Treasure Hunt via GIS & Remote Sensing • £1 GBP

Excellent service as always.

Former Client (inactive)

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T

PDF to Georeferenced TIFF Conversion (archived) • $25 AUD

A great job, thank you.

Former Client (inactive)

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Experience

GIS Analyst and Full-Stack Developer

Nov, 2023 - Present

•

2 years

Coast Research Tech

Nov, 2023 - Present

•

2 years

As a GIS Analyst and Full-Stack Developer at Coast Research Tech, I integrated geospatial analysis with web development. I conducted spatial data analysis, created interactive maps, and utilized GIS tools for environmental and urban planning. I also developed and maintained full-stack web applications, optimizing workflows, ensuring data accuracy, and providing real-time geospatial data visualization to enhance user experience and decision-making.

Flag of

Amsterdam, Netherlands

Nov, 2023 - Present

•

2 years

GIS Analyst

Jan, 2017 - Oct, 2021

•

4 years, 9 months

Geospatial Science

Jan, 2017 - Oct, 2021

•

4 years, 9 months

At Geospatial Science, I conducted spatial data analysis, satellite imagery processing, and land use classification for environmental monitoring and urban planning. I created high-quality maps, managed spatial databases, and automated workflows using Python and JavaScript to enhance efficiency. I also collaborated on sustainability projects, including biodiversity mapping and disaster risk assessments, delivering innovative geospatial solutions to support decision-making processes.

User Avatar

Emmanuel Oluwayinka A.

@GISspecialist23

 ·

Team Member

To Whom It May Concern, I am pleased to write this letter of recommendation for Bimbola Bashorun. I have had the privilege of working with Bimbola in a professional capacity and have been consistently impressed by his dedication, expertise, and professionalism. Bimbola possesses exceptional skills in GIS and remote sensing, project management, data analysis, etc. He has demonstrated an impressive ability to collaborate effectively with colleagues and clients, ensuring that projects are completed on time and to the highest standard. His analytical mindset and strategic approach have led to valuable insights and solutions that have greatly benefited our team. Beyond his technical expertise, Bimbola is a person of integrity and reliability. His strong communication skills and willingness to go above and beyond make him an asset to any team or organization. I am confident that he will bring the same level of excellence and dedication to any opportunity they pursue. I highly recommend Bimbola Bashorun. If you require any further information, please do not hesitate to contact me. Sincerely, Emmanuel Oluwayinka Akinwale

Jan, 2017 - Oct, 2021

•

4 years, 9 months

Creative/content writer

Mar, 2016 - Jan, 2017

•

10 months

Blue Media

Mar, 2016 - Jan, 2017

•

10 months

As a creative/content writer at Blue Media, I crafted engaging and compelling content, aligning with the brand's voice and objectives. Through research, I delivered high-quality articles, blogs, and website content, showcasing expertise and driving results. My role contributed to Blue Media's content marketing strategy, creating impactful and persuasive content.

Mar, 2016 - Jan, 2017

•

10 months

Education

University of Ilorin

2022 - 2024

•

2 years

Geography and Environmental Management

Flag of

Nigeria

2022 - 2024

•

2 years

University of California, Davis

2019 - 2022

•

3 years

Geographic Information Science

Flag of

United States

2019 - 2022

•

3 years

University of Ilorin

2013 - 2017

•

4 years

Geography and Environmental Management

Flag of

Nigeria

2013 - 2017

•

4 years

Qualifications

Alx Virtual Assistant Professional Certificate

2022

ALX

The ALX Virtual Assistant Program empowered me, a freelance writer, to enhance my skills and services. Through interactive modules and simulations, I gained expertise in managing calendars, emails, research, and administrative support. Its practical approach developed the skills to meet client demands. Now, with my ALX Virtual Assistant qualification, I offer exceptional writing and administrative support, taking my freelance career to new heights.

2022

Certifications

P

Preferred Freelancer Program SLA

US English - Level 1

US English

Freelancer logo US (International) / English
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