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Remote sensing analyst vs remote sensing technician

The differences between remote sensing analysts and remote sensing technicians can be seen in a few details. Each job has different responsibilities and duties. It typically takes 4-6 years to become both a remote sensing analyst and a remote sensing technician. Additionally, a remote sensing technician has an average salary of $69,675, which is higher than the $63,838 average annual salary of a remote sensing analyst.

The top three skills for a remote sensing analyst include troubleshoot, epic and analyze data. The most important skills for a remote sensing technician are remote sensing, lidar, and image processing.

Remote sensing analyst vs remote sensing technician overview

Remote Sensing AnalystRemote Sensing Technician
Yearly salary$63,838$69,675
Hourly rate$30.69$33.50
Growth rate9%9%
Number of jobs54,06119,962
Job satisfaction--
Most common degreeBachelor's Degree, 59%Bachelor's Degree, 67%
Average age4338
Years of experience66

Remote sensing analyst vs remote sensing technician salary

Remote sensing analysts and remote sensing technicians have different pay scales, as shown below.

Remote Sensing AnalystRemote Sensing Technician
Average salary$63,838$69,675
Salary rangeBetween $51,000 And $79,000Between $35,000 And $137,000
Highest paying CityWashington, DC-
Highest paying stateNorth Carolina-
Best paying companyBNP Paribas-
Best paying industryReal Estate-

Differences between remote sensing analyst and remote sensing technician education

There are a few differences between a remote sensing analyst and a remote sensing technician in terms of educational background:

Remote Sensing AnalystRemote Sensing Technician
Most common degreeBachelor's Degree, 59%Bachelor's Degree, 67%
Most common majorGeographyGeography
Most common collegeDuke UniversityUniversity of California, Berkeley

Remote sensing analyst vs remote sensing technician demographics

Here are the differences between remote sensing analysts' and remote sensing technicians' demographics:

Remote Sensing AnalystRemote Sensing Technician
Average age4338
Gender ratioMale, 54.5% Female, 45.5%Male, 76.3% Female, 23.7%
Race ratioBlack or African American, 10.2% Unknown, 5.0% Hispanic or Latino, 11.0% Asian, 14.6% White, 59.1% American Indian and Alaska Native, 0.2%Black or African American, 9.6% Unknown, 5.7% Hispanic or Latino, 17.0% Asian, 10.5% White, 56.3% American Indian and Alaska Native, 1.0%
LGBT Percentage8%8%

Differences between remote sensing analyst and remote sensing technician duties and responsibilities

Remote sensing analyst example responsibilities.

  • Manage SCCM for all server and workstation updates.
  • Manage client data and perform database extraction regularly to make timely data updates.
  • Configure and maintain FTP, DNS, DHCP, servers.
  • Work primarily consists of desktop, HMI and local LAN network and server support.
  • Support assorted network devices such as routers, switches, servers, and printers.
  • Plan and create beta PC / LAN environments for QA and development teams within the special projects.
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Remote sensing technician example responsibilities.

  • Use ArcMap and python scripts to manage and check quality of data while overseeing final output.
  • Assure that all documentation within the health record is being meet by the CMS guidelines as well.
  • Research and resolve insurance under paid hospital accounts base on sign contract, Medicare or Medicaid pricing methods.
  • Batch filter LIDAR point cloud for starting point, and manually analyze and reclassify points not in true grind.
  • Convert and process AutoCAD data into geographic data.
  • Review and modify LiDAR point classifications of other technicians for quality control purposes.
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Remote sensing analyst vs remote sensing technician skills

Common remote sensing analyst skills
  • Troubleshoot, 47%
  • Epic, 31%
  • Analyze Data, 4%
  • Data Collection, 3%
  • Remote Sensing, 2%
  • LiDAR, 2%
Common remote sensing technician skills
  • Remote Sensing, 32%
  • LiDAR, 23%
  • Image Processing, 11%
  • GPS, 11%
  • GIS, 7%
  • Data Processing, 4%

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