NIWC Engineer, Computer I

As a NIWC Engineer, Computer I at MAG Aerospace, your primary responsibilities will include researching, designing, developing, and testing computer systems, while specializing in either hardware or software engineering. You will ensure the smooth functioning of both physical hardware components and software programming components, contributing to our cybersecurity implementations and advanced technology projects.

To qualify for the NIWC Engineer, Computer I position at MAG Aerospace, you need a Bachelor’s degree in Computer, Electrical, or Electronics Engineering or Mathematics with a concentration in computer science. While prior experience isn’t necessary, you are expected to work towards relevant certifications like the Professional Software Engineering Master within 1.5 years of employment.

MAG Aerospace offers a comprehensive Total Rewards package for NIWC Engineer, Computer I employees which includes health, life, disability, financial, and retirement benefits. Additionally, employees also receive paid leave, professional development and tuition assistance, and more, especially if they are working full-time for at least 30 hours a week.

Yes, candidates for the NIWC Engineer, Computer I position at MAG Aerospace must possess an active Secret clearance level. This requirement is necessary due to the sensitive nature of the work associated with the Naval Information Warfare Center Atlantic.

The salary range for the NIWC Engineer, Computer I position at MAG Aerospace typically falls between $64,000 to $96,000 annually, depending on factors like location, education, skills, and experience. This range reflects the commitment to offer competitive compensation as part of MAG's total compensation package.

Cybersecurity is vital for a NIWC Engineer because your work safeguards sensitive information while ensuring that the systems and software you help develop operate securely and efficiently. Understanding common security threats can help you design systems that defend against unauthorized access and data breaches.

As an NIWC Engineer, Computer I, familiarity with languages such as C++, Java, and Python is beneficial. These languages are commonly used in software development and help you craft systems that can efficiently manage data and functionalities relevant to your projects.

To troubleshoot a malfunctioning computer system, I would start by gathering information about the issue, then systematically isolate different components of the system to identify the source of the problem. Testing each hardware and software component in isolation often reveals the issue, and logging findings helps keep track of what has been tested.

Teamwork is essential in projects at MAG Aerospace, as diverse perspectives help identify problems and develop innovative solutions. Effective communication and collaboration enable team members to share ideas, coordinate their tasks efficiently, and leverage each other's strengths for a successful project outcome.

To keep my technical skills current, I regularly take online courses and attend workshops on emerging technologies relevant to engineering and cybersecurity. Engaging with professional communities and reading industry publications also helps me stay abreast of the latest trends and best practices in the field.

In my previous roles, I have used project management tools such as JIRA and Trello to track progress, assign tasks, and facilitate collaboration among team members. These tools support effective communication and help manage timelines and deliverables throughout a project's lifecycle.

When facing multiple deadlines, I prioritize tasks based on their urgency and impact on the overall project timeline. I create a detailed schedule that allocates time efficiently, allowing for regular check-ins to adapt to any shifting priorities or unforeseen developments.

Key qualities for a successful NIWC Engineer, Computer I include strong analytical skills, problem-solving abilities, effective communication, and the capability to learn quickly. A commitment to teamwork and an innovative mindset are also crucial for navigating challenges and driving project success.

In the event of a disagreement among team members, I would facilitate an open discussion, providing each member a chance to voice their concerns and perspectives. Encouraging empathy and understanding can lead to constructive dialogue that helps find common ground and a collaborative solution.

In the NIWC Engineer, Computer I role at MAG Aerospace, I hope to build on my technical skills while contributing to meaningful cybersecurity projects. I aim to foster collaboration, learn from experienced colleagues, and make a significant impact by developing innovative solutions that strengthen our mission.