Full-stack developer with over three years of specialized experience in web development since 2017, proficient in JavaScript, CSS, React, Vue, Node.js, TypeScript, PostgreSQL, GCP, Flutter, and Python. Exhibits a keen dedication to continuous learning and a readiness to engage with new programming languages and frameworks beyond current expertise.

Adaptive professional proficient in a wide array of tools, demonstrating a strong commitment to acquiring new programming methods and mastering diverse systems. Recognized for the ability to streamline complex tasks into efficient processes.

Experienced software developer with a demonstrated history of enhancing tech company growth through high-quality software solutions, with a specialization in C# .NET Framework and .NET Core for microservices. Proficient in continuous integration and deployment environments, including GitLab, ArgoCD, Jenkins, and Octopus, and skilled in unit testing, code review, and maintaining software quality. Adept in bug analysis, research, and development. 

Capable of functioning effectively within remote, agile teams, employing an independent and proactive approach to problem-solving. Committed to writing well-designed, testable, and efficient code, driven by a self-taught and inquisitive mindset, with a strong inclination towards creating innovative solutions.

A seventh-semester Computer Science student with expertise in Vue.js and Laravel, and proficiency in Node.js, HTML, and CSS.

A Full Stack Developer with a specialization in frontend development, possessing over a decade of experience in diverse technologies and agile methodologies. This professional demonstrates a strong commitment to continuous learning and skill enhancement.

A front-end developer with a foundation in Full-Stack Web Development and currently pursuing a degree in Information Systems, possesses a diverse skill set shaped by two years of combined experience from internships and freelance projects. Expertise includes JavaScript, React.js, TypeScript, Next.js, UI/UX design, responsive web development, and mobile-first design principles. Responsibilities during an IT internship encompassed editing and maintaining a corporate website via WordPress, resulting in notable improvements in visibility and engagement. Additionally, automated workspace and spreadsheet operations to boost organizational efficiency. Presently engaged in freelance front-end projects, consistently delivering solutions characterized by excellence in design and usability through the proficient use of current technologies.

A proficient back-end developer with two years of industry experience, specializing in web scraping for an initial period of six months. Subsequently, shifted focus towards developing new features and maintaining the REST API using Django for a workflow management platform.

A Mobile Developer specializing in native Android development with a focus on Kotlin. Demonstrates expertise in employing architectural patterns such as MVVM, MVC, MVI, and MVP, and adheres to Clean Architecture principles alongside SOLID design patterns. Proven proficiency in utilizing libraries and frameworks, including Retrofit, OkHttp, RxJava, Coroutines, Dagger2, Koin, Dagger Hilt, Room, and SQLite.

Acl2 is a software system consisting of a programming language, an automated theorem prover, and a formal logic. It is used for modeling computer systems and proving properties about those models, facilitating formal verification and reasoning about algorithms and hardware designs.

An Acl2 expert must have strong skills in formal logic, theorem proving, and functional programming. They should be proficient in Lisp, as Acl2 is based on this language. Expertise in formal verification techniques and the ability to model complex systems mathematically are also crucial.

How to hire a Acl2 expert

Acl2 was developed in the early 1990s as an extension of the Boyer-Moore theorem prover. It was created to support the formal verification of computer systems, building on earlier work in automated reasoning and formal methods. The system aimed to provide a robust environment for modeling and proving properties of complex algorithms and hardware designs.

About Acl2

Acl2's strengths include its powerful automated theorem prover, extensive libraries for formal verification, and integration of programming with formal logic. Weaknesses include a steep learning curve and limited support for interactive proof development compared to some other systems. Competitors include 

, which offer varying balances of automation and interactivity in formal verification.

Acl2

Top 5*

Programming Languages

About Acl2

How to hire a Acl2 expert

The Best of the Best Optimized for Your Budget