Junior Software Engineer- Cryptography

As a Junior Software Engineer - Cryptography at CACI, your key responsibilities will include designing, developing, and implementing innovative security solutions for the US Army. You’ll focus on Identity, Credential, and Access Management (ICAM) as well as Post-Quantum Cryptography. Additionally, you’ll work closely with senior team members to ensure the confidentiality and integrity of sensitive data within the tactical network.

To apply for the Junior Software Engineer - Cryptography position at CACI, you should have an active DoD Secret Clearance, a BS in Computer Science or a related field (or equivalent experience), and about 3 years of professional experience, including 1-2 years as a software engineer. Proficiency in software systems, algorithms, and security fundamentals is critical, along with a strong desire to learn functional programming, especially Clojure.

At CACI, we believe in continuous professional growth. As a Junior Software Engineer - Cryptography, you’ll have access to robust learning resources, mentorship from senior team members, and opportunities to work on groundbreaking projects. The company culture encourages innovation and integrity, ensuring that every employee can pursue their ambitions while contributing successfully to national security.

A Junior Software Engineer - Cryptography at CACI should have knowledge of software engineering principles and be familiar with at least one functional programming language, ideally Clojure. Additionally, proficiency in relational databases and SQL is important, along with experience using tools such as Git and familiarity with Linux and shell scripting.

The work environment for a Junior Software Engineer - Cryptography at CACI in Aberdeen Proving Ground is dynamic and supportive. You will have a hybrid work option, collaborating with a high-performing team on mission-critical projects. The culture promotes integrity, trust, and innovation, allowing you to engage in hands-on research while learning from experts in the field.

When answering this question, emphasize any relevant projects or coursework related to cryptography you’ve been involved in. Discuss specific encryption algorithms you’ve worked with and how you ensure data security in your solutions. It's also beneficial to highlight any tools or frameworks you have used in your projects.

Focus on your technical skills and the programming languages you have experience with. Mention your proficiency in functional programming languages and your eagerness to work with Clojure. Provide examples of projects where you’ve effectively leveraged these skills, linking them to security or encryption-related tasks.

In your response, outline a systematic approach for assessing and addressing the vulnerability. Mention the importance of documenting the issue, informing your team and management, and collaborating with them to develop a solution while ensuring minimal disruption to ongoing operations.

Explain your process for learning new technologies, such as setting clear goals, seeking online resources, or engaging with community forums. Sharing a specific instance where you quickly picked up a new language or tool will show your adaptability, which is vital for a role like Junior Software Engineer - Cryptography.

Provide a specific example where teamwork led to a successful project outcome. Detail your role within the team, how you communicated with others, and how collaboration enhanced overall performance. Emphasizing successful communication skills demonstrates an alignment with CACI's teamwork values.

Articulate the critical role data integrity plays in information security. Detail methods you would incorporate into your designs, such as using encryption at rest and in transit, implementing access controls, and regular audits and testing to minimize risks related to data integrity.

Discuss how your knowledge of network security principles informs your software development practices. Highlight common strategies such as implementing secure coding practices, understanding potential attack vectors, and how to protect against vulnerabilities during the design phase.

Choose a challenge that highlights your problem-solving skills related to software engineering or security. Detail the situation, the steps you took to address it, and the successful outcome. This will showcase your capability to handle difficulties, which is crucial for the Junior Software Engineer - Cryptography role.

Mention resources such as industry publications, online courses, webinars, and active engagement in relevant communities. Discuss the importance of continuous learning and professional development to ensure your skills are aligned with the latest advancements in the field.

Talk about your aspirations in the field of security and software engineering. Discuss your desire to grow into more advanced technical roles, lead projects, or contribute to breakthroughs in cryptographic technologies, reflecting your commitment to CACI’s mission and your professional development.