Antonio Moreno • Pixel EngenhariaSalvador — Bahia — Brasil
Engineer • Entrepreneur • Technology-driven engineering

Technology-driven engineering.

Since 2017, I have been adopting emerging technologies to turn data, territory and engineering into more accurate, efficient and valuable solutions.

Antonio Moreno
2017started working with drones
111+ MWdistributed generation projects filed
2 MWmicrogeneration projects filed
≈10k halarge-scale land project
01 • Journey

Technology has always been part of the way I practice engineering.

My professional journey follows the evolution of data capture, design and analysis tools — from early drone use to AI-driven engineering.

2017

Drones & aerial capture

Bought my first drone and started using aerial imagery to understand and document territory.

2018–2020

Digital engineering & design

CAD, technical production and engineering projects, connecting field information to design and decision-making.

2020–2022

Surveying, GNSS & georeferencing

Expanded into precision surveying, RTK, geodesy, land regularization and territorial engineering.

2021–2024

Photogrammetry & geospatial intelligence

RTK/PPK drones, orthomosaics, digital models, GIS and geospatial processing for property, energy and large-area projects.

2024–2026

3D reality & point clouds

Laser scanning, SLAM, 3D capture, point clouds, as-built documentation and CAD/BIM workflows.

Today

AI-driven engineering

AI applied to projects, documents, design, quality control, operations, knowledge management and delivery efficiency.

02 • Technology

From capturing reality to intelligence applied to engineering.

Technology is not the end goal. Every tool should reduce uncertainty, improve accuracy or enable better engineering decisions.

01

Aerial capture

Drones, RTK/PPK and photogrammetry turning imagery into territorial intelligence.

02

Positioning

GNSS, RTK, geodesy and high-accuracy field methods.

03

3D reality

Laser scanning, SLAM and point clouds for assets and built environments.

04

Geospatial intelligence

GIS, digital models, cartographic databases and territorial analysis.

05

Engineering design

CAD, infrastructure, land development, energy and real estate projects.

06

Automation

Workflows, validations and technical document generation to reduce rework.

07

Data

Structured technical and operational information for better decisions.

08

Artificial intelligence

Agents and automations extending both engineering and company capabilities.

03 • Artificial Intelligence

AI does not replace engineering. It expands the engineer’s capabilities.

Today I use artificial intelligence in a structured way to accelerate technical work, organize knowledge and build a more efficient operating model at Pixel.

01Document analysis
02Engineering design
03Quality control
04Operations management
05Corporate knowledge
Pixel Engenharia

I founded Pixel Engenharia to integrate technology, civil engineering and surveying across the full journey — from understanding territory to design, regularization, implementation and asset management.

Explore Pixel Engenharia
04 • Pixel Engenharia

A technical vision became a company.

From surveying to engineering projects, we create property value.

05 • Insights

Sharing knowledge builds professional relevance.

Insights on engineering technology, territory, renewable energy, 3D reality and applied artificial intelligence.

Technology

How new tools are changing how we capture and understand territory.

Engineering

Technical decisions, project development and risk reduction.

Applied AI

How agents and automation can expand the capabilities of an engineering company.

06 • Contact

Let’s talk about technology, engineering or a project.

For commercial projects and engineering solutions, Pixel Engenharia is the primary channel. For content, technology, speaking and professional connections, contact me directly.