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This is what C Developers
have built for other clients
Implemented a Low-Level Embedded System Driver
A C developer wrote a low-level device driver to interact with hardware on an embedded system. They used C to write code that interfaces with the hardware registers and handles interrupts, and used a hardware abstraction layer (HAL) to provide a consistent interface to the application layer.
Created a Network Protocol Library
A C developer wrote a library that implements a network protocol, such as TCP or UDP. They used C to write code that handles the protocol’s headers and data, and provides an API for sending and receiving data over the network. The resulting library provided a reliable and efficient way to communicate over a network.
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How to hire C Developers? Skills you
should look for when interviewing
a C Developer.
Proficiency with C Programming Language
C Developers should have a strong foundation in the C programming language, including knowledge of syntax, data types, control structures, pointers, and memory management. They should be able to write efficient, high-performance, and reliable code, and have experience with popular C frameworks and libraries, such as GLib or Libevent.
Understanding of Operating Systems and Low-Level Programming
C Developers should have experience with operating systems, such as Linux or Windows, and low-level programming, such as system calls, file I/O, and network programming. They should be able to create system-level applications, such as drivers, daemons, and services, using C-based frameworks and libraries, such as POSIX or WinAPI.
Familiarity with Embedded Systems and Microcontrollers
C Developers should have familiarity with embedded systems and microcontrollers, such as ARM or AVR, and the associated development tools and environments, such as GCC, GDB, or JTAG. They should be able to write firmware and device drivers using C-based frameworks and libraries, such as FreeRTOS or CMSIS.
Knowledge of Networking and Security
C Developers should have knowledge of networking protocols and security concepts, such as TCP/IP, SSL/TLS, or encryption. They should be able to develop networked applications, such as web servers, proxies, or firewalls, using C-based frameworks and libraries, such as libcurl or OpenSSL. They should also be familiar with version control systems, such as Git, and agile methodologies.
Hiring C Developers
What is C?
How can I find the right C developer for my project on WorkGenius?
WorkGenius offers a comprehensive talent-matching system that considers factors like skills, experience, and expertise to connect you with the most suitable C developers for your specific needs. You can also review candidate profiles, portfolios, and ratings to make an informed decision.
What is the typical cost of hiring a C developer through WorkGenius?
The cost of hiring a C developer can vary depending on factors like their experience level, project complexity, and the duration of the project. WorkGenius provides a transparent pricing structure and offers flexible options to accommodate different budgets and project requirements.
Can I hire a C developer for a short-term or one-time project?
Indeed, WorkGenius allows you to engage with C developers for short-term or long-term projects, tailored to your unique requirements. Our platform provides the adaptability to work with freelancers for individual projects or continuous partnerships.
How does WorkGenius ensure the quality of C developers on the platform?
WorkGenius maintains a rigorous vetting process to ensure that only highly skilled and experienced C developers are part of our talent pool. Additionally, we gather client feedback and ratings to continually assess the performance of our freelancers, ensuring you receive top-notch service.
More available developer skills:
What is C? A comprehensive overview
If you’re interested in computer science or programming, you might have heard of C programming language. C is a powerful language that plays a significant role in modern software and systems development. Its low-level features and concise design make it a favorite among programmers. In this article, we’ll explore what C is, its architecture, benefits, and recent trends.
Understanding the Basics of C
C programming language is a procedural, general-purpose programming language initially developed in 1972 by Dennis Ritchie at Bell Labs. It is known for its concise and minimalistic design and is widely used in developing operating systems, compilers, and other system software. C is structured programming, which means that the code is divided into functions and modules, making it easy to read and write.
One of the remarkable features of C is its portability. You can write your code on any system and compile it to run on any other system without making any changes. In other words, the code you write on a Windows machine can be compiled to run on a Linux or Unix machine, making C an ideal choice for cross-platform applications.
C has a rich library of built-in functions, making it easy to perform complex operations without having to write additional code. These functions include mathematical operations, string manipulation, and input/output operations.
Another significant advantage of C is its ability to interact with assembly language. Assembly language is a low-level programming language that is used to write programs that interact directly with the hardware. C programs can be written to interact with assembly language, allowing for greater control over the hardware and more efficient code.
Overall, C is a powerful and versatile programming language that has stood the test of time. Its concise design, portability, high-performance, rich library, and ability to interact with assembly language make it an excellent choice for developing a wide range of applications.
Exploring the Benefits of C
C is a programming language that has been around for several decades now, and it boasts several advantages that make it a popular choice among developers. One of the primary benefits of C is its performance. The low-level nature of C and the simplicity of its syntax enable programmers to write efficient, system-level, and embedded software. C’s optimization features enable you to write code that runs quickly, which is especially critical for real-time applications.
But what does this mean in practical terms? Let’s say you’re working on a project that requires you to process large amounts of data quickly. Using C, you can write code that efficiently handles this task, without worrying about the performance issues that might arise in other programming languages.
Another advantage of C is its flexibility. C allows programmers to access the system resources, such as system memory, processors, and peripheral devices, which are generally restricted in other languages. This means that you can write code that interacts directly with the hardware, giving you more control over the system and enabling you to create applications that are tailored to specific hardware configurations.
But that’s not all. C also enables developers to create portable code that can access and manage system resources across different platforms without compromising their security or reliability. This means that you can write code once and deploy it across multiple platforms, without having to worry about compatibility issues or security vulnerabilities.
In summary, the benefits of C are clear. Its performance, flexibility, and portability make it a powerful tool for developers who need to create efficient, reliable, and secure software. Whether you’re working on a real-time application, an embedded system, or a large-scale project, C is a language that can help you get the job done.
C Components and Architecture
C is a powerful programming language with a well-defined architecture. Its architecture comprises several components that contribute to its overall functionality and efficiency.
One of the key components of C is its preprocessor. The preprocessor allows you to include header files and define macros, which are extensively used in large projects. This feature makes it easier to manage and organize code, and also helps to reduce code duplication.
C also has a set of built-in data types such as int, long, and char, which allow you to work with numbers and characters efficiently. These data types are essential for performing mathematical operations, storing values, and manipulating text.
In addition to built-in data types, C provides several data structures such as arrays, structures, and pointers. These data structures enable you to create complex data structures, making it easier to manage and manipulate data. For example, arrays allow you to store multiple values of the same data type, while structures enable you to group related data together.
Another important feature of C is its syntax. The syntax allows you to write expressions and statements resulting in a working program. C’s syntax is concise and easy to read, making it a popular choice for developers.
C also supports dynamic memory allocation, allowing you to allocate or deallocate memory during program execution. This feature makes memory management more efficient, as you can allocate memory only when it is needed, and deallocate it when it is no longer required.
In conclusion, C’s architecture comprises several components that work together to make it a powerful programming language. Its preprocessor, built-in data types, data structures, syntax, and dynamic memory allocation all contribute to its efficiency and effectiveness.
Latest Trends in C
Although C has been around for over four decades, it has not lost popularity. In fact, C development is still going strong, with new trends emerging all the time.
One of the latest trends in C development is the increased use of C in low-level programming. C is a powerful language that allows developers to write code that interacts directly with hardware. This makes it an ideal choice for developing operating systems, device drivers, and other low-level software.
Another area where C is seeing increased use is in embedded systems. Many of the devices we use every day, such as smartphones, tablets, and smart home devices, rely on embedded systems to function. C is a natural fit for developing software for these types of systems, as it is lightweight and efficient.
The Internet of Things (IoT) is another area where C is finding increased utility. As more and more devices become connected to the internet, the need for efficient and reliable software becomes paramount. C is well-suited to this task, as it allows developers to write code that runs quickly and uses minimal resources.
In addition to its use in low-level programming and embedded systems, C is increasingly being used in developing efficient algorithms in artificial intelligence and machine learning. These fields require software that can process large amounts of data quickly and accurately, and C is up to the task.
Finally, it’s worth noting that C is still the language of choice for developing system kernels, compilers, interpreters, and device drivers. These types of software require a deep understanding of how computers work at a low level, and C is the best tool for the job.
So there you have it – the latest trends in C development. Whether you’re working on a low-level operating system or a high-level web application, C has something to offer.