Computer Vision Job Trends in Gloucester

Computer Vision
Gloucestershire > Gloucester

The table below provides summary statistics and salary benchmarking for jobs advertised in Gloucester requiring Computer Vision skills. It covers permanent job vacancies from the 6 months leading up to 16 December 2025, with comparisons to the same periods in the previous two years.

6 months to
16 Dec 2025
Same period 2024 Same period 2023
Rank - 38 -
Rank change year-on-year - - -
Permanent jobs citing Computer Vision 0 1 0
As % of all permanent jobs in Gloucester - 0.59% -
As % of the Processes & Methodologies category - 0.64% -
Number of salaries quoted 0 1 0
Median annual salary (50th Percentile) - £62,500 -
Gloucestershire median annual salary - £62,500 -

All Process and Methodology Skills
Gloucester

Computer Vision falls under the Processes and Methodologies category. For comparison with the information above, the following table provides summary statistics for all permanent job vacancies requiring process or methodology skills in Gloucester.

Permanent vacancies with a requirement for process or methodology skills 109 156 233
As % of all permanent jobs advertised in Gloucester 78.42% 91.76% 96.68%
Number of salaries quoted 64 77 121
10th Percentile £32,750 £37,000 £31,250
25th Percentile £38,000 £50,000 £40,250
Median annual salary (50th Percentile) £75,000 £57,000 £59,556
Median % change year-on-year +31.58% -4.29% +19.11%
75th Percentile £80,000 £66,750 £71,250
90th Percentile £82,625 £70,000 £82,500
Gloucestershire median annual salary £52,500 £55,000 £55,000
% change year-on-year -4.55% - +4.76%

Computer Vision
Job Vacancy Trend in Gloucester

Historical trend showing the proportion of permanent IT job postings citing Computer Vision relative to all permanent IT jobs advertised in Gloucester.

Computer Vision job vacancy trend in Gloucester

Computer Vision
Salary Trend in Gloucester

Salary distribution trend for jobs in Gloucester citing Computer Vision.

Salary distribution trend for jobs in Gloucester citing Computer Vision