Combat Fire Control Weapons Platform Systems Engineer

Ventus Executive Solutions is a dynamic small business at the forefront of innovation and consulting. We believe our employees’ success is integral to our mission, which is why we prioritize work-life balance, personal development, and fostering a sense of belonging. In addition to providing opportunities to thrive, we offer competitive salaries and comprehensive benefits to attract and retain top talent ready to make a meaningful impact. As part of the Ventus Solutions team, you’ll collaborate with government and industry leaders to develop constructive architecture models that inform decision-making at the highest levels of the Department of Defense. As an Employee Stock Ownership Plan (ESOP) we value curiosity, collaboration, and excellence, and we’re committed to supporting your professional growth through mentorship, career development, and a culture of continuous learning. Join a team where your ideas matter, your expertise drives impact, and your work advances the mission.

Ventus Executive Solutions is seeking a skilled Combat-Fire Control Weapons Platform Systems Engineer to support an innovative program office. You will provide engineering expertise supporting submarine combat systems, weapons systems, fire control systems, platform modernization efforts, system integration, testing, and lifecycle engineering activities. This role supports the development, evaluation, and modernization of mission-critical undersea warfare capabilities while working closely with Navy engineers and technical teams. Join our innovative team and contribute to impactful national security initiatives.

Work Location: Onsite: Newport. RI

Travel: Less than 10%

Clearance: U.S. Citizenship required, TS Clearance required

Required Experience:

• Bachelor's degree in Engineering or a related technical discipline. Equivalent military or industry experience supporting U.S. Navy submarine combat systems may be considered in lieu of a degree.
• Experience supporting design, troubleshooting, testing, analysis, and modernization of complex naval combat systems.
• Experience with submarine or shipboard Combat Systems and associated Fire Control Systems.
• Experience supporting weapons systems including torpedoes, missiles, payload systems, launcher systems, sonar, radar, electronic warfare, navigation, or imaging systems.
• Experience conducting system integration, interoperability, reliability, cyber survivability, and test & evaluation activities.
• Ability to develop engineering reports, technical recommendations, trade studies, and system documentation.
• Experience supporting platform modernization efforts, technical data package development, installation planning, PICOs, SOVTs, and systems verification activities.
• Experience developing or supporting Concept of Operations (CONOPS), interface documentation, operational procedures, and technical specifications.
• Strong written and verbal communication skills with the ability to interface with government customers, engineers, and program leadership.
• Proficiency using Microsoft Word, Excel, PowerPoint, Adobe Acrobat, and MATLAB.

Desired Experience:

• Experience supporting AN/BYG-1 Combat Control System engineering, testing, or modernization.
• Knowledge of SWFTS architecture, submarine combat system hardware/software integration, and tactical equipment.
• Experience with submarine land-based engineering laboratories and combat systems testing environments.
• Knowledge of submarine launcher systems, weapons control systems, torpedoes, missiles, strike operations, and associated Non-Propulsion Electronics Systems (NPES).
• Experience supporting factory acceptance testing, environmental testing, system integration testing, or operational demonstrations.
• Familiarity with submarine operational documentation and firing procedures.
• Prior U.S. Navy submarine, NAVSEA, NUWC, warfare center, or defense contractor experience supporting undersea warfare systems.
• Experience working within Department of Defense systems engineering and acquisition environments.