2680 Embedded Developer Level 2

As an Embedded Developer Level 2 at InterImage, your responsibilities will include supporting mission-critical projects vital for national security, performing virtual environment development, conducting vulnerability analysis, reverse engineering, and software development. You’ll also assist the test team during component and system testing, ensuring the highest quality and functionality of the projects.

To qualify for the Embedded Developer Level 2 role at InterImage, candidates should have at least six years of experience in software system requirements analysis, design, development, integration, or testing, along with four or more years in software development using C, C/C++, or other languages. Additionally, familiarity with virtual environments and embedded platforms is crucial, as well as a TS/SCI clearance with a polygraph.

Candidates applying for the Embedded Developer Level 2 position at InterImage should be proficient in C, C++, and ideally have experience with Python for automated testing. Knowledge of assembly languages is also preferred, especially for roles involving reverse engineering and low-level programming applications.

Yes, a TS/SCI clearance with a polygraph is a strict requirement for the Embedded Developer Level 2 position at InterImage. This ensures that you will be able to work on sensitive projects that deeply impact our nation's security and intelligence capabilities.

InterImage offers a comprehensive benefits package for Embedded Developer Level 2 positions, including a 401K plan with discretionary profit-sharing contributions, significant paid time off of 20 days per year, free healthcare, dental, and vision for single participants, as well as life insurance coverage options to ensure you're well taken care of.

When answering this question, provide specific examples of projects where you utilized C/C++ for development in embedded systems. Highlight the challenges you faced and how you overcame them, as well as the outcomes of your efforts to demonstrate your technical competence and problem-solving skills.

Discuss a specific reverse engineering project during your past experience. Explain your approach, the tools you used, and the insights you gained. Make sure to emphasize how your findings contributed to the project's success and what you learned from the experience.

Outline your process for vulnerability analysis, including the tools and techniques you employ. Describe your approach to identifying and prioritizing vulnerabilities and how you would communicate your findings to your team for remediation.

Mention specific tools such as VMware, OpenStack, or QEMU that you've used in your projects. Discuss how you leveraged these tools for software testing or deployment, emphasizing any configurations or custom setups you performed.

Discuss your methodology for unit testing, including the frameworks and languages you utilize, such as Python. Explain how you ensure your tests are comprehensive and how you integrate them into your development workflow to maintain code quality.

Explain the importance of assembly languages for low-level programming and reverse engineering tasks. Share your experience and any applicable projects where you used assembly languages, highlighting technical challenges and how you effectively addressed them.

Choose a technology that you had to learn in a short time frame and explain your process for acquiring that knowledge. Share the resources you used, any difficulties you encountered, and how you applied this new technology successfully in a project.

Illustrate your teamwork skills by talking about how you’ve worked with cross-functional teams on projects. Include specific examples of how those collaborations resulted in project improvements and the role you played in facilitating those interactions.

Discuss your strategies for maintaining code quality, such as conducting peer reviews, employing static analysis tools, or participating in regular code assessments. Emphasize the importance of quality assurance in embedded systems development due to their critical applications.

Identify potential challenges, such as keeping up with evolving technology or working under stringent security protocols. Discuss strategies you would implement to address these challenges and maintain productivity and efficiency in your role.