Description
**About Us**
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Technology is what drives us and sustains our accelerated growth.
From the ground up, every motorcycle leaves our garage equipped with an IoT device, ensuring 24/7 support for delivery drivers and generating valuable data for decision-making.
Our entire technological ecosystem is developed internally:
* Proprietary systems for fleet management, maintenance, and customer service;
* 100% cloud architecture from the start, with a focus on best practices and modern technologies.
**Responsibilities and Duties**
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* Work in a high-performance environment, with enthusiasm for seeing your results impact thousands of customers daily;
* Actively collaborate with the team, with good communication, willingness to learn, and sharing of knowledge;
* Demonstrate an analytical and proactive profile, with a focus on continuous improvement;
* Ensure the quality of deliveries, with automated tests and software engineering best practices;
* Work with agile methodologies, adapting\- quickly to changes;
* Have a sense of ownership, with end-to-end responsibility for applications;
* Use artificial intelligence to accelerate deliveries and elevate product quality;
* Apply solid concepts of object-oriented programming, design patterns, and scalable architecture;
* Work with DevOps practices, including maintenance and monitoring of production environments.
**Requirements and Qualifications**
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**Mandatory:**
* \+ 8 years of experience with C\# and .NET Framework/Core;
* Strong experience in the development of RESTful APIs;
* Experience with relational and non-relational databases (SQL Server, PostgreSQL, MongoDB);
* Experience with PUB/SUB messaging (RabbitMQ, among others);
* Use of cache in applications (e.g., Redis);
* Creation and optimization of complex queries;
* Solid knowledge of Docker and Kubernetes;
* Experience with tools such as OpenAPI (Swagger), Postman, Git, GitFlow, and Jira;
* Experience in cloud environments (preferably GCP);
* Experience with observability and monitoring (e.g., Datadog, Dynatrace);
* Knowledge of microservices (synchronous/asynchronous communication, Saga Pattern);
* Strong understanding of high-scale and high-performance architectures.