C/C++ Software Engineer

As a C/C++ Software Engineer at Piper Companies, your main responsibilities include developing and debugging code in a fast-paced environment, showcasing your advanced understanding of multiple programming languages, and adapting to various projects. You'll also need to apply your knowledge of cyber security, particularly in areas such as TLS and authentication protocols, to ensure robust software security. A commitment to continuous learning and collaboration with team members will enhance your contributions.

To be considered for the C/C++ Software Engineer role at Piper Companies, candidates should have a minimum of 3 years of development experience. A strong foundation in programming languages like Python, Java, C/C++, and GO is essential, along with hands-on experience in Linux software development. Familiarity with REST, basic virtualization concepts, containerization using Docker, and AWS will be highly advantageous. Additionally, understanding application security and relevant certifications would further strengthen your application.

The C/C++ Software Engineer position at Piper Companies offers a competitive salary range between $100,000 and $120,000 per year. This compensation reflects the candidate's experience level and contributions to the team, along with additional benefits that enhance the overall employment package.

C/C++ Software Engineers at Piper Companies can expect an engaging and fast-paced work environment that encourages creative problem solving and quick adaptability. The culture promotes collaboration and innovation, allowing engineers to jump from one exciting project to the next while honing their skills in application security and various programming languages.

Piper Companies offers a comprehensive benefits package for C/C++ Software Engineers, including health, dental, and vision insurance through Cigna. Additional perks involve a 401k plan, paid time off (PTO), sick days as required by law, and holidays. These benefits are designed to promote a healthy work-life balance and support employees in various aspects of their lives.

In answering this question, it’s essential to highlight specific projects where you collaborated with others using C/C++. Discuss how you contributed to code development and debugging efforts, showcasing your ability to communicate effectively with team members while working on a common goal.

A solid approach to debugging includes using tools like gdb for breakpoint management, as well as employing systematic methods to isolate issues. Discuss examples from past projects where you effectively resolved problems, demonstrating your analytical skills and persistence in finding solutions.

Mention your experience with version control systems like Git and how they enhance collaboration among team members. Detail how you use branches for features or fixes and manage merges, emphasizing the importance of maintaining clean, organized code throughout the project.

Emphasize the importance of integrating security practices into your software development lifecycle. Explain your understanding of application security concepts and how you implement measures, like secure coding practices and thorough testing, to create resilient software.

Choose a specific instance that demonstrates your problem-solving efforts. Discuss the challenges you encountered, the actions you took to address them, and the resulting success. This story allows you to showcase your resilience and adaptiveness in a developer role.

Illustrate your organization abilities when managing multiple tasks. Mention tools or methods you use, like project management software or Agile methodologies, to ensure timely delivery while maintaining quality. Highlight the importance of communication with team members in this process.

Discuss your familiarity with AWS services, such as EC2 or Lambda, and explain how you’ve deployed C/C++ applications within the cloud. Highlight the important considerations for cloud deployment, such as scalability and security, when connecting with these services.

Frame your answer by defining TLS (Transport Layer Security) and its role in encrypting data in transit. Discuss its importance in protecting sensitive information and the overall integrity of communications between servers and clients, highlighting your comprehension of security protocols.

Talk about your experience using Docker or similar technologies for containerization. Discuss how it allows for consistent development environments and rapid deployment, as well as how it simplifies managing dependencies and scaling applications, contributing to more efficient workflows.

Clarify the importance of automated testing in ensuring code quality. Mention frameworks used in your testing processes and how you incorporate unit testing, integration testing, and continuous integration practices to streamline development and minimize bugs.