Ensuring Combat Effectiveness
The Naval Postgraduate School (NPS), with its mission to ensure the continued combat effectiveness of the Navy and Marine Corps, is taking the challenge of emerging technologies head on. Naval Warfare Studies Institute (NWSI) supports the Naval Education Enterprise and the Naval Research and Development Establishment along three lines of effort: people, concepts, and capabilities. At NPS, we develop the future leaders of the future force.
Integrating Cutting-Edge Technology into Naval Warfighting
In response to the Department of the Navy’s strategic concerns around Artificial Intelligence (AI), and for advanced AI development, the Naval Postgraduate School (NPS) is integrating the ongoing efforts of researchers and students involved in over 100 current projects with a unique consortium focused solely on AI applications. Through the university’s education and thesis research initiatives, NPS students will be primary agents translating AI into naval operations. Read more:
NPS' Naval Warfare Institute (NWSI) is partnering with private industry leaders such as Qualcomm to overcome current challenges of 5G development. The implementation of 5G technology has the potential to shape the future of warfighting.
Quantum mechanics, the study of nature at an atomic and subatomic level, is a quickly emerging field of research and technology. This new way to look at the world can improve how we navigate, communicate, compute and calculate, and Naval Postgraduate School (NPS) Physics Professor Frank Narducci is at the forefront of the technology, especially in researching quantum technology with Navy applications.
Narducci and his team of graduate and post-doctoral students currently focus their efforts on quantum sensors that could detect and track platform motion in the absence of GPS capabilities, such as underwater or in space.
Current Research Programs
- Dual atom interferometer accelerometer/gyroscope
- A T3 atom interferometer
- Quantum states of light
- Quantum key distribution
NPS has a wide range of excellent, state-of-the-art research facilities that support underwater, surface, ground, aerial, space systems propulsion; guidance, navigation and control; combat systems design; electronic warfare; electro-optics; MEMS sensors; and many other areas. In addition to that, a well-established field experimentation program provides a unique opportunity to test a developed autonomous system or its sensor in a restricted airspace, 100 miles South from NPS or in Monterey Bay. These facilities are available for thesis research and joint projects between NPS, other service or agency laboratories, and industry through cooperative research and development agreements (CRADAs).
Current Research Programs
The major teaching facility supporting Autonomous Systems Track
Center for Autonomous Vehicle Research
The main research facilities for the Autonomous Systems Track
NPS Hosts JIFX 23-2 With Focus on Innovation, Collaboration
Aquatic Laboratory Adds Maritime Domain to JIFX Field Experiments
Deputy CNO for Operations and Strategy Explores NPS, Warfighter Solutions
The Naval Postgraduate School has several unique research facilities. These facilities have been developed to provide faculty and students with a dynamic research environment to work on problems of special interest to the Department of the Navy/Department of Defense. Classified facilities at NPS allow research up to the Secret Compartmented Information (SCI) level.
This lab includes the marine propulsion lab, the rocket propulsion lab, and the turbopropulsion lab. The marine propulsion lab includes gas turbine and diesel engines. This forms the core of the instructional program in marine power and propulsion. The engines are utilized for both instruction and research. This lab includes a transonic compressor and turbine test rigs, a low-speed compressor test rig, a cascade wind tunnel and spin pit, Supersonic blow-down wind tunnels (2), free-jet facility, shock-tube and small-engine test cell with 8000 cubic feet air supply @ 300 psi.
Courses and Theses:
AE4452 Advanced Missile Propulsion
AE4502 Supersonic and Hypersonic Flows
ME3201 Applied Fluid Mechanics
Design and optimization of a hypersonic test facility for sub scale testing
NPS Student Operational Insight and Faculty Collaboration Advances Hypersonics Applied Research
Missile Defense Agency Chief Discusses Technology, Education, Mission During Virtual SGL
Understanding the role of cyberspace in military operations is not limited to just the cyber experts and practitioners, especially in this modern era of Great Power Competition. With this in mind, the Naval Postgraduate School (NPS) is launching the all-new CY4000 “Cyberspace and Military Operations” course, a new one-credit online class and it is open to all students. Read more about NPS cyberspace research:
The Space Systems Academic Group (SSAG) at the Naval Postgraduate School (NPS) in Monterey, California, is an interdisciplinary academic association providing direction and guidance for the Space Systems Engineering and Space Systems Operations curricula. The SSAG is also the focal point for space-related research performed at the Naval Postgraduate School. A major goal of the SSAG is to couple NPS space research efforts with the graduate education of military officers. This is typically done through thesis research topics but also includes the small satellite project which was created specifically for officer student involvement.
Listen, Learn, Lead- Drs. Jim Newman and Rudy Panholzer, NPS Space Systems
In this episode of "Listen, Learn, Lead," President Rondeau meets with Dr. Jim Newman in the NPS Space Systems Laboratory on campus, and is joined by Professor Emeritus Dr. Rudy Panholzer virtually.
Charting the Navy’s Future Course in Advanced Space Education
Naval Postgraduate School Pitching Its Curriculum As Pathway to U.S. Space Command
NPS Supports FVEY Efforts to Streamline Space Technologies
The Center for Additive Manufacturing at NPS, provides interdisciplinary research in additive manufacturing (AM) with special emphasis on the needs in the naval domain. Our vision is to integrate additive manufacturing with an array of emerging technologies to help achieve the highest levels of warfighters’ mission readiness, agility, self-sustainment, reach and overall power projection in its operations on the sea, shore, and air. Read more:
Current Research Programs
- Xerox, NPS Announce Collaboration to Advance Solutions with 3D Printing Research
- NPS researcher explores 3D printing of missiles and energetic materials
- The US Navy’s postgraduate school is taking a stab at metal 3D printing