Front-end Developer with a continuous commitment to enhancing skills and applying knowledge to individual and freelance projects. Recent efforts have concentrated on mastering the JavaScript library React, significantly expanding capabilities in front-end development.

A front-end developer with over five years of experience in web development, specializing in Angular. Possesses expertise in numerous tools and languages, such as HTML, CSS, JavaScript, TypeScript, SCSS, SASS, and PHP. Proficient in developing and maintaining WordPress sites and integrating REST APIs. Skilled in version control using GIT and adept with design tools including Illustrator, Photoshop, and Figma.

Aspiring programmer with a focus on transforming innovative ideas into practical applications through coding. Demonstrates a creative mindset and a strong aptitude for solving logic-related challenges. While lacking professional experience, has invested extensive personal time into programming, particularly with PHP and JavaScript. Maintains a deep passion for programming and is committed to advancing this interest into a professional career.

iOS Developer with a solid foundation in Swift, cultivated through dedicated self-study and academic endeavors during the pandemic. Possesses enhanced knowledge in TypeScript, React best practices, and Node.js, demonstrating proficiency with the JavaScript superset. Renowned for a fervent dedication to development, persistent bug resolution skills, and a commitment to innovation and iterative learning. Emphasizes user experience in all projects.

Técnico em Informática formado pelo Instituto Federal de Educação, Ciência e Tecnologia do Rio Grande do Norte (IFRN) - Campus Caicó e atualmente estudante do Bacharelado em Tecnologia da Informação pela Universidade Federal do Rio Grande do Norte (UFRN). Focado em aprimorar suas habilidades para se tornar um profissional mais completo e contribuir de maneira positiva no ambiente de trabalho.

Project architect experienced in managing projects from inception to completion, encompassing all aspects of architectural design and finalization. Demonstrated capability in developing a mobile application using Flutter and committed to continuous skill enhancement through further education and coursework. Derived considerable satisfaction from the successful completion of this project.

Developer experienced in the maintenance of academic and banking systems, recognized for curiosity, patience, and a strong team-oriented approach.

A seasoned Full-Stack Developer with over three years of experience, possessing expertise in Node.js and Typescript. Skilled in the development and maintenance of applications using a diverse range of technologies such as React, Laravel, and Java. Well-versed in Test Driven Development (TDD) and dedicated to the design of scalable applications. Years of working with PHP and Laravel have provided significant insights into innovative problem-solving approaches. A team player committed to addressing areas for improvement and highly enthusiastic about future professional opportunities.

Programming Computable Functions (PCF) is a simple typed functional programming language used to study properties of computation and formalize the notion of computability. It extends the lambda calculus with basic types, recursion, and conditional expressions, allowing the definition and manipulation of computable functions within a formal framework.

A Programming Computable Functions expert must have strong knowledge of lambda calculus, formal semantics, and type theory. They should be proficient in mathematical logic and recursion theory. Familiarity with functional programming paradigms and experience with theoretical computer science concepts are also essential.

How to hire a Programming Computable Functions expert

Programming Computable Functions was developed in the 1970s as a theoretical framework to better understand the foundations of computation and programming languages. It extended the lambda calculus with additional constructs to facilitate the study of computability and formal semantics. The language provided a simplified yet powerful tool for researchers to explore fundamental concepts in computer science.

About Programming Computable Functions

Strengths of Programming Computable Functions include its simplicity, formal rigor, and strong theoretical foundation, making it ideal for studying fundamental aspects of computation. Weaknesses include limited practical applicability and expressiveness compared to modern programming languages. Competitors include other theoretical frameworks like Turing machines, lambda calculus without extensions, and more practical functional programming languages like Haskell and ML.

Programming Computable Functions

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