Freelancer profile translated to English.

Back to original language

Description

I am an Electronic Engineer focused on Backend Software Development with

approximately 7 years of experience, specializing in the interpretation and

processing of complex data. I have led projects such as the Monoradar data server

for the Colombian Air Force, for which I received recognition, as

this was the first product marketed between CIAC and the Colombian Air Force.

During my work with the Colombian Air Force, I was in charge of developing

solutions for the capture, management, and processing of aeronautical data, as well as the

design of servers oriented to multiradar analysis and image processing

satellite for the detection of illegal mining. In the development of these projects, I used

technologies such as Python, Flask, Django, Django Rest Framework, version control tools

such as Git, Amazon Web Services (IAM, EC2, S3, RDS, Lambda,

Serverless), SQL databases, and infrastructure technologies such as Docker and

Kubernetes. In the last two years, I have worked for Indra Colombia, participating in

projects to optimize air traffic systems for countries such as Poland, Norway

and Canada. There I have developed software using the ADA language, with tools such as

ClearCase, Jira and applying agile methodologies such as Scrum. I stand out for my joy,

empathy and for enjoying teamwork. I am committed to learning

continuous, constantly strengthening both my technical capabilities and my

soft skills, convinced that professional success is built on quality

human. In my free time, I enjoy soccer, chess, sharing with my family and carrying out

personal electronics and home automation projects.

Industry field of expertise

Languages

Spanish
Native or bilingual

Workplace preferences

Remote only

Primarily works remotely

INDRA ATM
SOFTWARE DEVELOPER 3
AVIATION AND AEROSPACE
November 2022 - September 2024 (1 year and 10 months)
• Develop software in ADA and C for ATM (Air Traffic Management) systems in Poland, Norway and Canada, including radar data processing, communications, data fusion and flight control.
• Implement tools and Scripts in Python to automate tests and analyze data.
• Participate in agile teams under the Scrum methodology, using Jira to track tasks and DOORS for the traceability of technical and functional requirements.
• Manage version control with ClearCase to integrate changes, configure software and generate deliveries in regulated environments.
FUERZAAÉREA COLOMBIANA
SOFTWARE DEVELOPER
AVIATION AND AEROSPACE
March 2018 - November 2022 (4 years and 8 months)
Rionegro, Colombia
• IMPLEMENT MONORADAR DATA SERVER:
• Implement the system core in C to receive UDP/TCP packets via sockets.
• Implement sequential radar data processing in Python.
• Store data in MySQL databases for persistence.
• Implement continuous integration with Git, applying improvements based on dashboards and unit test results.
• Containerize the different versions of the system using Docker.
• Configure Kubernetes for container orchestration, managing deployments, resources, security and network parameters.
• IMPLEMENT FUNCTIONALITIES IN THE MULTIRADAR DATA SYSTEM:
• Implement multithreaded processing in Python to handle data from multiple radars.
• Store data in MySQL databases for persistence.
• Implement continuous integration with Git, applying improvements based on dashboards and unit test results.
• Containerize the different versions of the system using Docker.
• Configure Kubernetes for container orchestration, managing deployments, resources, security and network parameters.
• IMPLEMENT FUNCTIONALITIES IN THE SATELLITE IMAGE DETECTION SYSTEM FOR THE IDENTIFICATION OF ILLEGAL MINING:
• Configure an OAuth2 authentication flow using AWS IAM for secure access to the ArcGIS API and obtaining satellite images.
• Implement REST microservices for image analysis with Flask and Django/Django Rest Framework, deployed in Docker containers on Kubernetes.
• Apply computer vision techniques with OpenCV to identify patterns related to illegal mining.
• Store metadata (coordinates, timestamp, classification, etc.) in AWS RDS with MySQL.
• Connect microservices to databases using SQLAlchemy.
• Save processed images in AWS S3.
• Configure EC2 instances to host persistent microservices and AWS Lambda functions for