Who We Are
The NSF ARV Team is responsible for coordinating and overseeing the overall development, funding, construction, and delivery of the Antarctic Research Vessel project. They serve as the main interface to the Vessel Integrator and, when selected, the Vessel Operator, as well as to the scientific community and general public.
GEO ARV Team
GEO/OPP/AIL, ARV Program Manager
As the NSF ARV Program Manager, Mr. McGovern leads the overall ARV program oversight and project development on behalf of the National Science Foundation. He organizes and leads intra-agency engagement related to ARV and external stakeholder engagement and outreach, including science community input into the design process. Mr. McGovern serves as the primary interface between NSF and the Vessel Integrator.
GEO/OPP/AIL, ARV Project Manager
As the NSF ARV Project Manager, Mr. Prince leads the overall ARV project technical oversight and development. Mr. Prince engages and provides guidance to the Vessel Integrator, resolving issues related to ARV's technical scope, project schedule, and budgeting.
NSF ARV Integrated Project Team (IPT)
Large Facilities Advisor, BFA/Large Facilities Office
Contracting Officer, BFA/Division of Acquisition and Cooperative Support
Contracting Officer, BFA/Division of Acquisition and Cooperative Support
Assistant General Counsel, Office of General Counsel
Senior Legislative Affairs Specialist, Office of Legislative and Public Affairs
Vessel Integrator Project Management Team (Leidos)
Currently, the acting vessel integrator is Leidos. Leidos is the prime contractor for the National Science Foundation's (NSF) Antarctic Support
Contract (ASC). Working closely with the NSF, the vessel design team, and consultants; the vessel integrator project management team's responsibility is to ensure
the vessel is completed in a timely manner. The vessel integrator team consists of a project director, program manager, project manager, project engineer, project
science mission coordinator, and a project administrator.
Collectively, the team has over 74 years of experience in the maritime industry in addition to four masters degrees and six bachelors degrees. The team's experience
includes research vessel management, construction, earned value management, risk analysis, cost estimation and acquisition management. Following successful completion
of the Preliminary Design Review, NSF will solicit bids through an open competition for a Vessel Integrator to successfully carry the ARV project through final design
review, construction, and delivery.
As the ARV Project Director, Mr. Norris ensures success of the ARV program, by aligning programmatic resources, and overseeing the overarching strategy in coordination with NSF.
As Project Director, he ensures integration into the larger Company resources.
As the Program Manager, Mr. Chuhran oversees and manages personnel assigned to the project controls team, and serves as primary interface between the National Science Foundation
and project controls. Additionally, Mr. Chuhran is responsible for directing the overall planning, coordination, execution, and monitoring of the ARV project work.
As Project Manager, Ms. Anthonysz is the primary lead for Control Account Managers, and is responsible for the integration of technical scope, schedule, and resources
for the control accounts. Additionally, Ms. Anthonysz is responsible for planning, executing, and monitoring technical components of specific control
account scope of work within the scheduled period of performance and the allocated budget.
Project Science Mission Coordinator
As the Science Mission Coordinator, Mr. Hein is responsible for the proper integration of science mission systems into the design, procurement, installation, testing and delivery.
As the Project Engineer, Ms. Gahagan provides overall technical leadership of the ARV project. Using her experience and knowledge of the contract technical requirements, Ms. Gahagan
provides direction and approvals to meet overall program objectives.
As the Project Coordinator, Ms. Avila is responsible for the daily administrative duties related to the ARV project. These duties include meetings minutes, scheduling IPTs,
and providing administrative support to all members of the ARV project team.
Design Team (Gibbs & Cox, a Leidos Company)
The Vessel Design Team, Gibbs & Cox, a Leidos Company (G&C), consists of 24 naval architects and engineers and represents the largest naval architecture and marine
engineering firm in the U.S. Leading the vessel design team is a multidiscipline IPT structure consisting of two naval architects, an icebreaking specialist,
a machinery engineer, an electrical engineer and a structural engineer who have over 100 years of combined experience in the maritime industry including seven
degrees, one PhD, and one licensed PE. This team has also authored over 30 technical papers in their areas of expertise and are active members in professional
organizations such as SNAME. G&C is committed to the success of the ARV program and to delivering the best and brightest talent from across the team.
Since G&C's inception in 1929, G&C has been devoted to providing quality support to their customers and their culture drives them to superior quality products and
customer satisfaction in everything they do.
Systems Engineering (Maritime Systems Division - Leidos)
ARV Systems Engineering Team, Maritime Systems Division - Leidos, is comprised of 11 Naval Architects, Engineers, Cybersecurity, operations experts, and maritime
captains all with previous maritime vessel design, construction, operations, and test experience. The Maritime Systems Division provides solutions in communications
and data links, sensor processing, vessel autonomy, unmanned vessel design and construction, below and above water sensor modalities, command, and control, as well
as physics and phenomenology.
The Systems Engineering Team follows proven processes defined by the Leidos enterprise common process for project execution and product realization,
EngineeringEdge® NextGen (EENG). Our SE approach uses a Model-Based Systems Engineering (MBSE) model created in NoMagic Cameo System Modeler
to provide a single, unambiguous dynamic description of the ARV vessel systems. The vessel model provides a complete and traceable design allowing for quick
evaluation of impacts due to proposed requirements/design changes across all vessel systems. In addition to requirements analysis and system architecture development,
we provide specialty engineering analysis/design of Safety, Reliability, Availability and Maintainability Analysis, and Logistics Support Planning early in the design
phase to ensure final design meets NSF objectives for vessel operations.
Our team comes from an organization with proven performance in delivering maritime solutions for both defense and federal agencies and can provide resources
capable of resolving any engineering problem we encounter.
ASC Project Support
The Antarctic Support Contract (ASC) Project support team oversees the day-to-day management and administrative activities of the ARV project. Additionally,
the team has the overall responsibility for the development, integration and delivery of the Project Execution Plan (PEP) to the NSF. The team works with
personnel experienced in science labs, vessel IT, marine operations, and safety.