Junior to Mid Cybersecurity Software Development Engineer

As a Junior to Mid Cybersecurity Software Development Engineer at Secmation, you'll be responsible for designing, developing, implementing, and testing security solutions for advanced systems. Your work will involve collaboration with engineering teams to create cybersecurity engineering tools and protect systems, including unmanned aerial vehicles and AI software. You will apply your knowledge of vulnerabilities and security technologies to develop software that safeguards critical applications from modern threats.

To qualify for the Junior to Mid Cybersecurity Software Development Engineer role at Secmation, candidates should possess a BS or higher in Electrical Engineering, Computer Engineering, Computer Science, or a related field. Additionally, a minimum of 2 years of progressive experience in embedded software development, strong programming skills in C/C++, and knowledge of computer and network security principles are necessary. Candidates must also be U.S. citizens eligible for security clearance.

As a Junior to Mid Cybersecurity Software Development Engineer at Secmation, you'll get involved in various innovative projects, from developing software solutions for self-driving vehicles to enhancing cybersecurity tools for unmanned aerial vehicles. You'll also contribute to the secure manufacturing of advanced systems and help in protecting AI/ML software, all while pushing the boundaries of Industrial and Defense cybersecurity technologies.

While prior experience in cybersecurity software development is highly advantageous, the Junior to Mid Cybersecurity Software Development Engineer position at Secmation is also open to candidates with relevant educational backgrounds and internships. What’s essential is a proactive attitude and a willingness to learn and grow within a challenging environment. Strong foundational knowledge in embedded systems and programming can help you succeed in this role.

The Junior to Mid Cybersecurity Software Development Engineer position at Secmation comes with a competitive compensation package, including a salary, potential signing bonuses, and company equity. Additional benefits include flexible work schedules, relocation assistance, comprehensive health, dental, and vision insurance, life insurance, retirement benefits, and paid time off. Secmation prioritizes employee well-being and growth.

When designing security solutions for embedded systems, I prioritize understanding the system architecture and identifying potential vulnerabilities. I use structured methodologies and best practices to address risks, ensuring that the security measures align with the system's operational requirements. I also advocate for continuous testing and updates to adapt to evolving threats.

Cryptography is the practice of securing data through techniques like encryption and decryption, whereas intrusion prevention focuses on detecting and mitigating unauthorized access or attacks on a system. For a Cybersecurity Software Development Engineer, understanding both is crucial as they work together to protect systems from threats.

I am most comfortable working with C and C++ for cybersecurity applications, as they allow low-level manipulation of hardware and enable the development of performance-oriented security solutions. I also have experience with Python for automation tasks, which can be particularly useful in conducting security assessments.

I stay updated on the latest cybersecurity threats and technologies by following industry news, participating in relevant forums and webinars, reading research papers, and engaging with professional communities such as ISACA or (ISC)². Continuous learning and awareness are integral to staying ahead in cybersecurity.

My experience with security features in operating systems includes understanding user access controls, encryption standards, and threat mitigation techniques. I have implemented security controls in Linux environments and have worked with real-time operating systems, focusing on ensuring integrity and confidentiality across various applications.

I once faced a challenge in securing an embedded system that required both real-time processing and robust security measures. By conducting a thorough risk assessment, I developed an adaptive security protocol that utilized encryption and real-time monitoring without compromising system performance, successfully securing the system while maintaining operational integrity.

I follow security best practices such as threat modeling, code reviews, and incorporating security testing throughout the software development lifecycle. Additionally, I implement secure coding standards and ensure all team members are trained on recognizing and mitigating security risks early in the development process.

Upon discovering a vulnerability in deployed software, I would prioritize assessing the impact and severity of the issue. I would then collaborate with the team to develop and test a patch, communicate transparently with stakeholders, and guide the rollout of the solution while ensuring users are informed about necessary actions on their end.

Security clearances are vital in cybersecurity roles, especially within defense sectors, to ensure that only trusted individuals handle sensitive information. These clearances help maintain the integrity of national security systems and protect critical data from potential leaks or attacks. As a Cybersecurity Software Development Engineer, it’s important to understand this privilege and responsibility.

I use various tools for debugging security vulnerabilities, including static code analysis tools like SonarQube, dynamic analysis tools like OWASP ZAP, and vulnerability scanning tools like Nessus. These tools help identify vulnerabilities early and provide insights for remediating them effectively during the development process.