Software Developer - Journey

As a Software Developer at Sev1Tech, you'll be primarily responsible for assisting in the design, development, and maintenance of software for various engineering applications. You will collaborate with analysts to understand their interface requirements, develop tools, and test operating systems-level software among other responsibilities, all aimed at enhancing our radar systems like the AN/TPQ-53.

To qualify for a Software Developer position at Sev1Tech, you need a Bachelor’s degree in computer science or a related engineering field, alongside 8-12 years of relevant experience in software development. Certifications like CND or SSCP can also be acceptable substitutes for the degree, in addition to holding a current Secret Clearance.

Success in the Software Developer role at Sev1Tech will come from having a solid understanding of military software life cycles, familiarity with AGILE development methodologies, and proficiency with tools like Atlassian. Additionally, having experience with embedded systems and software engineering processes will certainly boost your effectiveness.

Yes, the Software Developer role at Sev1Tech requires on-site presence at Fort Sill five days a week. This allows for better collaboration among team members and enhances our ability to promptly address technical challenges in mission-critical environments.

At Sev1Tech, the company culture fosters innovation, collaboration, and personal growth. We value the contributions of our Software Developers and aim to provide an engaging work environment where you can develop your skills and advance your career, all while making a positive impact.

When approaching software development projects, I focus on understanding requirements fully before design. I prioritize collaborating with analysts to ensure the software interface meets their needs and adapt the project timeline to accommodate feedback from stakeholders effectively.

In my previous role, I used tools like Jira and Confluence extensively for project management and document sharing in AGILE environments. This experience has taught me the importance of maintaining transparency and communication within the team for successful project completion.

My experience with embedded systems software design includes developing applications that interact directly with hardware components. I focus on optimizing code for performance and reliability, taking into account resource constraints typical in embedded applications.

In one project, we faced integration issues between software and hardware. I collaborated with engineers to diagnose the compatibility requirements. By revamping the interface specifications and conducting rigorous testing, we successfully resolved the problem.

Ensuring quality involves thorough testing at every development stage, including unit tests, integration tests, and user acceptance tests. I also welcome peer reviews to gain insights and identify potential issues that I may have overlooked.

I am proficient in several programming languages relevant to this role, including C++, Java, and Python. My experience allows me to choose the appropriate language based on the specific requirements of the software I am developing.

I stay updated on software development trends by following industry news, participating in online forums, attending webinars, and regularly engaging in professional development courses to sharpen my skills and knowledge.

I believe in a hands-on mentoring approach. By providing guidance, sharing knowledge freely, and encouraging lower-level staff to take on challenging tasks with constructive feedback, I help develop their skills effectively, fostering a collaborative work environment.

Documentation plays an essential role in my software development process. It ensures continuity, aids in onboarding new team members, and serves as a reference for all stakeholders involved in the project, helping maintain clarity and project alignment.

One successful project I led involved developing a user interface for a military application. The intuitive design significantly improved user interactions and reduced training time, ultimately enhancing operational efficiency and mission effectiveness.