
Explore essential ArcGIS skills for tasks, projects, and freelance work through an introduction that outlines coordinate system conversions, digital elevation model work, and map and data workflows.
Learn to convert a shapefile’s coordinate system from geographic to a utm projected system using Bangladesh as a zone example, export, and reproject to meters.
Learn to assign cognitive systems to layers or sheet fires or reservoirs and use this skill to land freelance gigs on sites or with clients, launching your freelance career.
Create a digital elevation model of Nepal and generate contour lines using elevation data and interpolation, then visualize in arc map.
Create contour maps in ArcGIS by selecting Nepal administrative areas, adjusting borders, applying labels and a legend, and exporting PDFs in landscape A4 layouts for client delivery.
Explore quick dem resources to download elevation data for Nepal and compare contour data. Learn to label features and evaluate data sources like visualizer, Google Earth Pro, and interpolation methods.
Learn contour map creation using method-2 with plain text data, converting longitude, latitude, and elevation from Excel, importing as XY data, and interpolating to generate contour lines in meters.
Compare the text method to the alternative approach, showing more contour lines and higher, more accurate elevation values with better value consistency across versions.
Learn how to convert a contour shapefile to an AutoCAD file using ArcGIS, via data management tools to export to CAD, select the AutoCAD version, save, and open in AutoCAD.
Adjust label positions, convert labels to annotation, and export the map to AutoCAD. Verify two layers exist: a control line layer and an annotation layer for the labels.
Learn how to create contour maps and convert them to AutoCAD, with pricing examples for gigs.
Create a choropleth map by coloring polygons from a single shapefile using a chosen field, apply category-based symbology, and read the resulting legend.
Replicate a freelance market map in ArcGIS by importing files, merging layers, assigning district names, applying symbology, and finalizing a landscape layout with legend and scale bar.
Learn to complete map mapping gigs with ArcGIS by replicating example work, boosting your confidence to take on freelance mapping projects.
Join Excel data to a shapefile attribute table in ArcGIS by converting the Excel file to csv utf-8, matching a name field, and keeping only matching records during the join.
Learn to create a population dot density map by configuring quantities density, adjusting dot size to represent people, and exporting with legend, north arrow, and scale bar.
Learn to isolate school points in Sonargaon by selecting by attribute, creating a layer from the selected features, and calculating the x and y coordinates.
Learn how to use dynamic text to display the current date, current time, and coordinate system name in your map, adjust sizing and placement, and apply related formatting.
Learn to copy a shapefile without attributes using advanced editing and copy features, then align the new copy with the original via spatial adjustment and control points.
Learn how to copy a shapefile without attribute part-2 in ArcGIS, replicate the task with precise point collection, and export the resulting data to a folder for client delivery.
Explore a raster analysis problem in ArcGIS, where target directory extensions fail, and learn the practical solution of selecting the correct folder to apply extensions and complete the task.
Download precipitation data from a United Nations database to build a precipitation project map, selecting India, Bangladesh, Nepal, and Pakistan from 2018 to 2022, and export in a flat format.
Add a CSV file to the attributes table, join it to country polygons, and build rainfall maps in ArcGIS using quintile and pie chart symbology.
Design a precipitation pie chart map by configuring layout, adding a North Carolina map, creating a legend, and displaying actual rainfall values to show year-to-year deviation.
Begin with an introduction to the project and learn to perform a watershed evaluation in ArcGIS, covering the three key pieces and ending with a map and a pdf guide.
Download and organize country data for Nepal, set up a watershed project, and assign a defined coordinate system in ArcGIS, addressing unknown coordinates and ensuring proper reference.
Explore watershed delineation in ArcGIS by applying hydrology tools, computing flow direction, and generating basin polygons to model water flow and save results.
Apply watershed delineation techniques in ArcGIS by clipping features, processing hydrology, computing flow direction with map algebra, converting raster to lines, and creating final watershed maps for Nepal.
Map Nepal's administrative area in ArcGIS, adjust colors and transparency, add a title, north arrow, and scale bar, then export the map as a PDF.
Learn practical ways to make maps more attractive by adjusting backgrounds, boundaries, and symbology, using classifications into seven classes and color choices, and considering shading or hills for presentation.
Create an ArcGIS map from scratch in this project, starting with no data, locate airports, import a data table, draw the map, and turn data points into a finished visualization.
Create a flow map workflow by preparing airport data in Excel, extracting decimal degree coordinates from Google Earth Pro, and importing to ArcMap for mapping.
Flow map part-2 guides you to import airport data, set a coordinate system, and create flow lines from start-point x long and y latitude fields.
Prepare a final map by inserting a north arrow, configuring the legend for administrative area and airport layers, and converting elements to graphics, then export and save.
Save coordinate systems to favorites to streamline ArcGIS workflows. Add the 1984 geographic coordinate system to favorites and apply it with fewer clicks across data.
Save coordinate systems to favorites in ArcGIS to streamline shapefile creation, reducing the workflow from five clicks to one and speeding up polygon and polyline features.
Learn to create interlocking polygons in a shapefile by using editing tools, constructing overlapping features, and managing their attribute data.
Adjust the attribute table to display two decimal places for area values by opening format options and setting the decimal places or significant digits after calculations.
Learn to apply multiple labels in ArcGIS by defining feature classes and labeling each class differently, then adjust area and population labels with color, size, and bold styling.
Learn to add units to labels in ArcGIS by editing the label expression to append metres squared and verify the result in the label.
Learn to digitize a map for a project by outlining the boundary, tracing roads with line features, and marking rural markets, while noting accuracy and analytical limitations.
Learn georeferencing in ArcGIS by setting units, inputting latitude and longitude in degrees, minutes, seconds, placing control points, and rectifying the map for a saved project.
Create new features in ArcGIS by adding a boundary polygon, road lines, and rural market points, and define attribute fields like name and vehicle type.
Digitize the boundary in ArcGIS by starting edits, using the polygon tool to trace the outline, finish with a double click, and save with the boundary name in attributes.
Digitize roads in a GIS editor by starting edits, drawing line features, assigning road types, saving changes, and merging road segments into a single feature to avoid duplicates.
Learn how to create and manage point features in ArcGIS, including marking markets, editing attributes, naming points, saving edits, and preparing maps for delivery.
Produce final maps for submission by refining labels, converting to annotations, adjusting text size, adding dynamic author text, scale bar, legend, and exporting the map for client review.
This course is for those who have learned the basics of ArcGIS and want to enhance their skills further. If you are a complete beginner don’t worry, I have another course called: “ArcGIS: From beginner to pro” which covers all the basics you need to start your work with ArcGIS, and that course complements this course perfectly.
List of Sections and Lessons:
Introduction
1. Introduction
Convert Coordinate System of shapefile:
1. How to convert the coordinate system
2. Learning Outcome
DEM & Contour Project:
1. Make a DEM & Contour of Nepal
2. Contour Mapmaking
3. Quick DEM resources
4. Making Contour Map Method-2
5. Comparison of the two methods
6. Convert contour shapefile to AutoCAD file
7. Convert AutoCAD file with labels
8. Learning Outcome
Choropleth Mapping Project
1. How to do choropleth mapping
2. Replicating a freelance market gig
3. Learning Outcome
Tasks:
1. Join Excel data to attribute table
2. Making a population dot density map
3. Calculate coordinates of schools in Sonargaon
4. Add date, time, and coordinate system to map
5. Copying shapefile without attribute
6. Copying shapefile without attribute part-2
7. Raster analysis problem and solution
Rainfall Pie Chart Map:
1. Downloading data
2. Adding CSV file to attribute table
3. Precipitation pie chart mapping
Watershed delineation Project:
1. Project Introduction
2. Downloading data
3. Watershed delineation part-1
4. Watershed delineation part-2
5. Map Making
6. Some common presentation methods
7. Extra Support
Flow Map Project:
1. Project overview
2. Flow map part-1
3. Flow map part-2
4. Final Map
Tasks & Tips:
1. Saving Coordinate system to favorites
2. Benefit of saving coordinate system
3. Interlocking shapefile creating tip
4. Change decimal places displayed in the attribute table
5. Add multiple labels
6. Add units to labels
Digitizing Project:
1. Overview of Project
2. Georeferencing
3. Creating features and attribute fields
4. Polygon making
5. Roadmaking
6. Point making
7. Final Mapping for delivery
Road calculation Project:
1. Overview of Project
2. Changing the coordinate system
3. Calculating the length of roads
4. Making individual type road shapefile
5. Checking results using statistics
Rainfall deviation Map:
1. Overview
2. Rainfall deviation part-1
3. Rainfall deviation part-2
4. Rainfall deviation part-3
Soil Map Preparation:
1. Overview
2. Soil Map part-1
3. Soil Map part-2
4. Soil Map part-3
5. Soil Map part-4
Stream Order:
1. Overview
2. Stream order part-1
3. Stream order part-2
4. Stream order part-3