Middle+/Senior Rust Developer.

As a Middle+/Senior Rust Developer at Intetics, your primary responsibilities include developing and maintaining high-load systems with Rust. You'll be involved in enhancing performance and ensuring code reliability while participating in application architecture design. Writing unit and integration tests, as well as collaborating with your peers through code reviews, will be essential aspects of your daily tasks.

To qualify for the Middle+/Senior Rust Developer role at Intetics, candidates should demonstrate a strong understanding of Rust language principles, experience with asynchronous programming, and proficiency in the Rust standard library. Additionally, familiarity with build systems like Cargo, experience with databases (PostgreSQL, MySQL, Redis), and knowledge of Docker and Kubernetes are highly beneficial.

While experience with Azure is preferred for the Middle+/Senior Rust Developer position at Intetics, it’s not mandatory. However, familiarity with Azure services such as Application Insights, App Service, and Blob Storage can provide added advantage, especially in understanding how to integrate cloud solutions into your Rust projects.

The Middle+/Senior Rust Developer role at Intetics is a part-time position. This engagement will last for at least four months, providing flexibility while still allowing you to work on exciting and complex projects in the tech world.

Intetics is looking for a Middle+/Senior Rust Developer to start as soon as possible. This means that if you have the skills and enthusiasm for Rust programming, you could be joining the team very soon and diving into meaningful work!

Certainly! Rust's ownership model ensures memory safety without needing a garbage collector. Each value in Rust has a single owner, which controls its lifetime. This means that once the owner goes out of scope, the variable is automatically freed. It's crucial to understand this model as it helps to prevent memory leaks and data races, key concerns in systems programming.

Lifetimes in Rust are a way to track how long references to data are valid. They help the compiler check at compile time that you don't have dangling references. Understanding lifetimes is crucial for writing safe Rust code, especially when working with complex data structures and concurrent programming.

In a recent project, I implemented an asynchronous web server using the tokio framework in Rust. This allowed handling numerous simultaneous connections efficiently. Leveraging async/await syntax helped simplify the code and made it more readable, substantially improving performance and scalability.

Cargo is Rust's package manager, and it simplifies the process of building and managing dependencies in your projects. The Rust standard library provides essential functionalities out of the box, allowing developers to focus on writing business logic instead of reinventing the wheel. Together, they significantly streamline Rust development.

To guarantee code quality and reliability, I consistently write unit and integration tests for new features. I also engage in code reviews with my peers, which facilitates knowledge sharing and enhances code maintainability. Additionally, using tools like Clippy helps catch potential issues early in the development cycle.

When working with databases in Rust, I prefer using libraries such as Diesel or SQLx. These libraries provide strong type safety and help avoid common SQL injection vulnerabilities. I ensure to structure my database access in a way that separates the data layer from business logic for improved maintainability.

In Rust, I typically leverage the Result and Option types for error handling, which allows for safer and more explicit error management. I define custom error types when necessary, making my errors more descriptive and easier to manage throughout the codebase. This approach helps ensure that errors are dealt with gracefully without crashing the application.

I use Docker to create light, portable containers for my Rust applications, ensuring consistency across development, testing, and production environments. Kubernetes adds an orchestration layer, allowing me to automate deployment, scaling, and management of containerized applications, which is invaluable for maintaining a reliable production environment.

I thrive in team environments where collaborative feedback is encouraged. I believe that sharing knowledge fosters growth and innovation. My experience includes participating in Agile methodologies such as stand-ups and sprint retrospectives, which have taught me the importance of communication and adaptability in a development team.

I am drawn to the Middle+/Senior Rust Developer position at Intetics because I admire the company’s commitment to innovation and excellence in technology. I am excited about the opportunity to contribute to complex projects and work alongside talented professionals while further enhancing my Rust skills in a collaborative environment.