Senior Systems Engineer

As a Senior Systems Engineer at Fuse, your primary responsibilities include leading the design and development of dynamic tactical communication systems, integrating hardware, software, and network systems. You will interface with customers and program managers to establish program requirements and specifications, conduct thorough research and analysis, manage system documentation, and support test planning and execution.

To qualify for the Senior Systems Engineer role at Fuse, candidates should possess a Bachelor’s Degree in Engineering or a related technical field, alongside 10-12 years of professional experience in engineering design, development, and testing of complex systems. A strong understanding of various engineering disciplines, along with U.S. DoD experience, is also highly valued.

In the Senior Systems Engineer position at Fuse, you'll work on tactical communication systems that support various air, land, and maritime operations. Your role will involve integrating software and hardware solutions designed to improve communication among U.S. defense agencies, which can include advanced data links and C4ISR systems.

Yes, the Senior Systems Engineer role at Fuse may require some travel. This travel is typically associated with hardware installation and test support activities, ensuring the successful deployment and effectiveness of the systems you help design and integrate.

Fuse offers a competitive benefits package for Senior Systems Engineers, including comprehensive medical, dental, and vision coverage, paid time off that accrues over time, an employer-matched 401k plan, annual bonuses, and cell phone reimbursement. These benefits aim to support both your professional and personal well-being.

Certainly! In my previous role, I led the integration of hardware and software systems for a communication project. This involved collaborating closely with cross-functional teams to establish system requirements and performing rigorous testing to ensure compatibility. I found that clear communication and thorough documentation were key in managing potential integration challenges.

Ensuring seamless integration involves a combination of meticulous planning and testing. I start by defining clear interface requirements between software and hardware. Throughout the development process, I conduct integration testing, where I validate the interaction of different components, identify issues early, and refine solutions collaboratively with the team.

I am well-versed in agile design methodologies, as well as traditional systems engineering frameworks. Agile allows for rapid iteration based on user feedback, while traditional methods provide structure and rigor in design documentation. I often combine both approaches to maintain flexibility while ensuring compliance with engineering standards.

In one project, we encountered an unexpected compatibility issue between our software and the existing hardware architecture. I organized a troubleshooting session with the team, where we analyzed the data and revised the design specifications to better align with the hardware capabilities, ultimately resolving the issue and meeting our project deadlines.

I prioritize open communication and regular updates with stakeholders. I ensure that I share technical and non-technical information appropriately and create opportunities for feedback. During the project lifecycle, I often use presentations and technical briefs to keep everyone aligned and informed about project progress and any challenges.

Documentation is a cornerstone of my engineering process. It facilitates knowledge transfer, keeps teams aligned, and serves as a record for future reference. I make it a point to maintain up-to-date technical documentation, including design specifications and interface descriptions, which are crucial for ongoing support and future project developments.

I always promote a team-focused environment by encouraging collaboration and active participation from all members. During my last project, I initiated regular team brainstorming sessions that not only fostered creativity but also helped in resolving conflicts and building stronger team dynamics.

I have worked directly with U.S. Department of Defense programs for over eight years, focusing on communication and data transmission systems. This experience familiarized me with the compliance requirements and operational constraints unique to DoD projects, which I always consider during system design and evaluation.

Managing competing deadlines requires effective prioritization and time management. I typically start by assessing project requirements and deadlines, then create a structured timeline that allocates time based on project criticality. Regular check-ins with my team and using project management tools help me stay on track and adjust priorities as needed.

I frequently utilize tools like SysML for systems modeling and documentation purposes. Additionally, I have experience with software like MagicDraw and Cameo Systems Modeler to create comprehensive system architecture diagrams, which help in visualizing complex interconnections and enhance team understanding.