Principal Systems Engineer

Overview

General Dynamics Ordnance and Tactical Systems (GD-OTS), a premier provider of ordnance weapons and tactical systems to the U.S. Department of Defense and allied nations, has an opening for an onsite Principal Systems Engineer to join our Bothell, WA / St. Petersburg, FL team. We take pride in supporting the mission of the warfighter by delivering the best, to the best. Our products can be found with every U.S. military branch and with allies around the world. We are looking for a motivated and creative leader to help shape and support our mission.

 

GD-OTS offers great benefits that are effective the first day of employment! Medical, dental vision, 401k and many other benefits are available without a waiting period.

 

Summary:

 

We are looking for a Principal Systems Engineer to join our engineering team to lead the development of precision guidance technologies. The Principal Systems Engineer works with internal and external stakeholders to develop and maintain system and subsystem architectural models, perform Guidance, Navigation, and Control (GNC) simulation, define requirements and verification methods, and manage risk for guided munition programs. In this role, you will collaborate with program managers and technical leads to balance technical scope with cost, schedule, resources, and risk. Using a Model Based Systems Engineering (MBSE) approach, you will recommend system engineering tools, define processes, and lead continuous improvement activities. The Principal Systems Engineer supports business development in drafting proposals and collaborates on internal research and development strategy.

 

***please note: this role can sit onsite at our Bothell, WA and/or St. Petersburg, FL locations and will involve a combination of collaborative/in-person work requiring travel to both locations***

 

Duties may include: 

 

• Performs requirements analysis and definition, functional analysis, performance analysis, system design, decision analysis and trade studies, systems integration and test (verification), validation, and interface definition studies of system/subsystem elements.
• Creates, manages, and validates requirement databases; establishes verification methods and maintains requirement traceability; and produces requirement verification trace matrices.
• Plans and implements system integration and verification programs to ensure the system meets all requirements. Includes development and execution of hardware and software test procedures.
• Develops and documents system architecture using model-based design practices, monitors overall performance to proactively identify potential issues and tune appropriately.
• Plans and supports generation of technical documents, presentation materials and coordinates feedback on customer provided documents.
• Coordinates with others to establish and improve processes and procedures.
• Presents technical briefings to internal and external customers.
• Leads risk management activities at the system and subsystem level.
• Identifies, analyzes, and resolves system design weaknesses, and performs Failure Mode Effects Analysis (FMEA) at functional and component levels.
• Leads formal root cause analysis and implementing corrective measures.
• Researches and analyzes data, such as vendor products, COTS components, GFE/CFE, specifications, and manuals to determine feasibility of design or application.
• Performs technical planning, cost and risk analyses, and effectiveness analyses for subsystem and system elements.
• Assists in the establishment of milestones and schedules for major systems engineering efforts.
• Provides leadership and mentoring to less experienced engineers, leads technical tasks for small teams or projects.
• Leads and participates in continuous improvement activities to advance performance of the Systems Engineering group.
• Supports business development by providing engineering support for proposals.

Major Position Responsibilities

• Designs, implements, installs, maintains, and administers infrastructures including hardware, software, and various configurations
• Monitors overall performance to proactively identify potential issues and tune appropriately
• Performs root cause analysis on failed components and implements corrective measures
• Works with others to establish and improve processes and procedures
• May have sole responsibility for projects and participate in disaster recovery exercises
• Responsible for the overall systems infrastructure including engineering, implementation and integration, and technical services and support

 

Basic Qualifications

Required Qualifications: