Vacancy expired!
Job Title: GIS Programmer Job Location: Phoenix, AZ 85007 Work Mode: 100% Remote, candidate must reside in Arizona Job Description: The ideal candidate will have proven work experience with the following skill sets: ArcGIS Web AppBuilder development, and Street Map Premium (SMP) JOB SUMMARY
- The candidate chosen for this position will be responsible for developing new GIS applications using ESRI's Web AppBuilder, configuring and maintaining ArcGIS Enterprise
- on department based servers, developing or maintaining existing GIS web-based applications and maintaining web services including locators (geocoders).
- The candidate should be familiar with using ArcGIS StreetMap Premium, patching and upgrading ESRI server based applications.
- Other duties may include analyzing GIS data and proposing various methods of automating GIS analysis.
- ArcGIS Enterprise, ArcGIS Web AppBuilder, spatial data, geo-databases, relational databases, ArcGIS SMP.
- Mapping tools including ArcGIS Web AppBuilder ArcGIS JavaScript API, ArcGIS Online, Portal for ArcGIS, ArcGIS Enterprise, ArcGIS StreetMap Premium.
- Geographic information analysis and modeling methods and techniques, cartographic presentations
- ArcGIS Enterprise management and configuration
- Programming languages including .Net, C#, SQL, TSQL, JavaScript
- ESRI web-based development (ArcGIS Web AppBuilder, widgets, JavaScript API)
- Excellent interpersonal, written and oral communication skills
- Analyzing and problems solving along with verbal and written communication
- Balance, prioritize and organize multiple tasks
- Support Department's ArcGIS Enterprise installations and configurations
- Develop web-based GIS applications using ESRI's Web AppBuilder including custom widgets
- Work collaboratively in teams and across organizations
- Synthesize feedback and adjust plans accordingly
- Develop and write detailed technical documentation
- Strong customer service skills and communication skills
- Analyzing and problems solving
- Accurately analyze GIS data with simple to complex geographical relationships