Desktop App
Desktop App
Desktop App
Product Design
Product Design
Product Design
Figma
Figma
Figma
Redefining the way land surveyors create digital terrain models from photogrammetry point clouds
Redefining the way land surveyors create digital terrain models from photogrammetry point clouds
Redefining the way land surveyors create digital terrain models from photogrammetry point clouds
Redefining the way land surveyors create digital terrain models from photogrammetry point clouds
Redefining the way land surveyors create digital terrain models from photogrammetry point clouds
Redefining the way land surveyors create digital terrain models from photogrammetry point clouds
During my time at Pix4D, I helped a newly formed product engineering team to launch a desktop application dedicated to solve burning issues of land surveyors.
During my time at Pix4D, I helped a newly formed product engineering team to launch a desktop application dedicated to solve burning issues of land surveyors.
During my time at Pix4D, I helped a newly formed product engineering team to launch a desktop application dedicated to solve burning issues of land surveyors.
During my time at Pix4D, I helped a newly formed product engineering team to launch a desktop application dedicated to solve burning issues of land surveyors.
During my time at Pix4D, I helped a newly formed product engineering team to launch a desktop application dedicated to solve burning issues of land surveyors.
During my time at Pix4D, I helped a newly formed product engineering team to launch a desktop application dedicated to solve burning issues of land surveyors.
2019- 2022
Timeline
Product designer
Role
Product engineering
Team
2019- 2022
Timeline
Product designer
Role
Product engineering
Team
The objective
Research, strategise and design a desktop application to help land surveyors creating an accurate and precise terrain model faster and safer than traditional methods using photogrammetry generated 3D point clouds.
Achievements
Conversion rate
4.2%
from 1.12% to 5.32%
within 18 months
Paying customer count
608%
from 1.12% to 5.32%
from 25 to 152
The solution
A five-step workflow that enables surveyors quickly:
Remove noise from the point clouds
Classify the point cloud into ground and above-the-ground elements
Drastically simplify the point cloud while maintaining accuracy
Generate a Triangulated Irregular Network (TIN) — a seamless set of triangles representing a surface
Generate contour lines connecting points of the same elevation in user-defined intervals
Collaboration
The product
Proof that we were on a good path
User analytics data shows that the elements of the terrain workflow are highly used by the customers.
Results
We successfully released the first version of the terrain workflow in June 10th, 2020, and the full version in December 13th, 2021. During this period our customer base grew 600% and the conversion rate 475%.
The objective
Research, strategise and design a desktop application to help land surveyors creating an accurate and precise terrain model faster and safer than traditional methods using photogrammetry generated 3D point clouds.
Achievements
Conversion rate
4.2%
from 1.12% to 5.32%
within 18 months
Paying customer count
608%
from 1.12% to 5.32%
from 25 to 152
The solution
Terrain workflow
A five-step workflow that enables surveyors quickly:
Remove noise from the point clouds
Classify the point cloud into ground and above-the-ground elements
Drastically simplify the point cloud while maintaining accuracy
Generate a Triangulated Irregular Network (TIN) — a seamless set of triangles representing a surface
Generate contour lines connecting points of the same elevation in user-defined intervals
Collaboration
The product
Proof that we were on a good path
User analytics data shows that the elements of the terrain workflow are highly used by the customers.
Results
We successfully released the first version of the terrain workflow in June 10th, 2020, and the full version in December 13th, 2021. During this period our customer base grew 600% and the conversion rate 475%.
The objective
Research, strategise and design a desktop application to help land surveyors creating an accurate and precise terrain model faster and safer than traditional methods using photogrammetry generated 3D point clouds.
Achievements
Conversion rate
4.2%
from 1.12% to 5.32%
within 18 months
Paying customer count
608%
from 1.12% to 5.32%
from 25 to 152
The solution
Terrain workflow
A five-step workflow that enables surveyors quickly:
Remove noise from the point clouds
Classify the point cloud into ground and above-the-ground elements
Drastically simplify the point cloud while maintaining accuracy
Generate a Triangulated Irregular Network (TIN) — a seamless set of triangles representing a surface
Generate contour lines connecting points of the same elevation in user-defined intervals
Collaboration
The product
Proof that we were on a good path
User analytics data shows that the elements of the terrain workflow are highly used by the customers.
Results
We successfully released the first version of the terrain workflow in June 10th, 2020, and the full version in December 13th, 2021. During this period our customer base grew 600% and the conversion rate 475%.
The objective
Research, strategise and design a desktop application to help land surveyors creating an accurate and precise terrain model faster and safer than traditional methods using photogrammetry generated 3D point clouds.
Achievements
Conversion rate
4.2%
from 1.12% to 5.32%
within 18 months
Paying customer count
608%
from 1.12% to 5.32%
from 25 to 152
The solution
Terrain workflow
A five-step workflow that enables surveyors quickly:
Remove noise from the point clouds
Classify the point cloud into ground and above-the-ground elements
Drastically simplify the point cloud while maintaining accuracy
Generate a Triangulated Irregular Network (TIN) — a seamless set of triangles representing a surface
Generate contour lines connecting points of the same elevation in user-defined intervals
Collaboration
The product
Proof that we were on a good path
User analytics data shows that the elements of the terrain workflow are highly used by the customers.
Results
We successfully released the first version of the terrain workflow in June 10th, 2020, and the full version in December 13th, 2021. During this period our customer base grew 600% and the conversion rate 475%.
The objective
Research, strategise and design a desktop application to help land surveyors creating an accurate and precise terrain model faster and safer than traditional methods using photogrammetry generated 3D point clouds.
Achievements
Conversion rate
4.2%
from 1.12% to 5.32%
within 18 months
Paying customer count
608%
from 1.12% to 5.32%
from 25 to 152
The solution
Terrain workflow
A five-step workflow that enables surveyors quickly:
Remove noise from the point clouds
Classify the point cloud into ground and above-the-ground elements
Drastically simplify the point cloud while maintaining accuracy
Generate a Triangulated Irregular Network (TIN) — a seamless set of triangles representing a surface
Generate contour lines connecting points of the same elevation in user-defined intervals
Collaboration
The product
Proof that we were on a good path
User analytics data shows that the elements of the terrain workflow are highly used by the customers.
Results
We successfully released the first version of the terrain workflow in June 10th, 2020, and the full version in December 13th, 2021. During this period our customer base grew 600% and the conversion rate 475%.
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