A back-end developer with four years of experience in web and mobile application development, specializing in projects of varying complexity. Demonstrates comprehensive knowledge in functional programming, Object-Oriented Programming (OOP), .NET, JavaScript, NodeJS, and React/React Native. Exhibits a strong interest in mobile application development and is well-versed in best practices such as Test-Driven Development (TDD) and Domain-Driven Design (DDD).

Software engineer specializing in backend systems using Java, experienced in employing a variety of traditional and contemporary test frameworks for unit, acceptance, mocking, integration, and behavior-driven development (BDD) testing. Demonstrated proficiency in developing and maintaining systems for microservices, including both consumption and construction of REST APIs. 

Technical expertise includes Java with Spring and JPA frameworks, as well as test frameworks such as JUnit and Mockito. Proficient in managing both SQL (SQL Server, Oracle, MySQL) and NoSQL (MongoDB, Cassandra) databases, and experienced with message brokers such as Apache Kafka, IBM MQ, and RabbitMQ. Skilled in integrating REST APIs and familiar with various architectures, including Service-Oriented Architecture (SOA), web services, NoSQL, Hadoop, and microservices. Additionally, experienced with application servers like JBoss and WildFly, and currently undergoing training in AWS.

An eight-year tenure in customer care management and a robust seven-year background in quality assurance underscore extensive experience in guiding both teams and processes. A two-year term as a product manager within Agile teams further complements this expertise. With a comprehensive understanding of B2B, B2C, B2B2E, and SaaS segments, particularly within the health technology sector, current focus areas include pet health insurance.

Specialization in IT with a concentration on web-based software development, utilizing technologies including Java, PHP, ASP, and JavaScript. Experience encompasses the development and maintenance of internet portals, with a proficiency in Lumis Portal, Java, PHP, ASP, XSL, XML, XHTML, HTML, JavaScript, Oracle SQL, MySQL, CSS, Eclipse, Tomcat, and JBoss.

Back-end Developer with a focus on web programming and database design and development, currently pursuing an internship opportunity. Possesses a Technical degree in Internet Computing, having developed an e-commerce platform for a theater that includes features to accommodate visually and hearing-impaired individuals. Demonstrates a strong commitment to improving accessibility in digital environments.

A graduate in Actuarial Science from UFMG, currently advancing studies in Computing at UNA, with professional experience in data analysis, manipulation, and interpretation to identify potential risks or impactful variations. Proficient in generating detailed reports that include tables, graphs, and statistical analysis. Skilled in using data science algorithms to price products, leveraging tools such as R, Excel VBA, SAS, SQL, and Power BI. Demonstrates dedication to process improvement through technology and conducts thorough research to find solutions when necessary.

A native of Brazil, I have consistently sought new opportunities and experiences internationally. Beginning a career in software development, I have continually aimed to enhance daily through learning and improvement. My work focuses on developing accessible and efficient code, consistently striving to enhance User Experience.

Process Engineering Technician with expertise in maintaining production lines and conveyors, programming and deploying Programmable Logic Controllers, robotic arm programming, analyzing production metrics, and engineering manufacturing processes. Experienced Test Developer with a background in leading projects and optimizing tests for mobile device carrier customizations across Latin America for global releases. Skilled in manual and automated software testing, utilizing JavaScript within the CodeceptJS framework, and proficient in database testing with PostgreSQL and MySQL, API validation, and request testing via Postman. As a Software Test Engineer, demonstrated proficiency in agile methodologies, executing manual software tests using the Testlink tool, and automating end-to-end tests for both frontend and backend using the Behave framework in Python. Capable of conducting load and stress testing with JMeter, and managing continuous integration and deployment (CI/CD) environments using GitLab. Experienced with cloud testing on AWS, including utilizing Usage Management Cargo services and S3 for data storage. As an Intermediate Test Developer, focused on Android mobile device testing at the framework layer for security tests and B2B service validation. Now serves as a Senior Test Developer, specializing in mobile device testing for Android and iOS app services.

Actor-based Concurrent Language is a programming paradigm where the fundamental unit of computation is the "actor." Actors are independent entities that communicate through asynchronous message passing, enabling concurrent execution and avoiding shared state issues. This model simplifies reasoning about parallelism and fault tolerance, making it suitable for distributed systems and applications requiring high concurrency.

An Actor-based Concurrent Language expert must have strong skills in concurrent and distributed programming, proficiency in languages like Erlang or Akka (Scala), understanding of asynchronous message passing, experience with fault-tolerant system design, and familiarity with debugging and profiling tools for distributed systems. Knowledge of network protocols and inter-process communication is also essential.

How to hire a Actor-based Concurrent Language expert

The Actor-based Concurrent Language model was introduced by Carl Hewitt in 1973. It was developed to address the challenges of concurrent computation by providing a framework where independent actors could operate and communicate through asynchronous message passing. This approach aimed to simplify the design and implementation of parallel and distributed systems, offering a more robust solution for managing concurrency without the complexities of shared state.

About Actor-based Concurrent Language

Strengths of Actor-based Concurrent Language include simplicity in handling concurrency, fault tolerance, and scalability. Weaknesses involve potential performance overhead from message passing and complexity in debugging distributed systems. Competitors include thread-based models, shared memory concurrency, and other paradigms like CSP (Communicating Sequential Processes) and the use of locks and semaphores in traditional concurrent programming.

Actor-based Concurrent Language

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