The Naval Surface Technology & Innovation Consortium (NSTIC) supports naval surface technology innovation through a consortium that researches, develops, tests, and integrates complex naval warfare systems across a broad range of technology areas and disciplines.
NSTIC offers federally-funded research and business opportunities for large and small companies and academia, especially small and emerging companies that have not traditionally worked with the government in the past. Solicitations encompass a wide range of programs and technology areas, including:
- Multi-Function Materials
- Cyber
- Big Data Analytics/AI/Machine Learning
- Directed Energy Science & Engineering
- Advanced Computing and Software Engineering
- Autonomous and Unmanned Systems
- Electromagnetic Environmental Effects and Spectrum
- Sensor Systems
- Launcher and Projectile Systems
- Digital Engineering
- Human Systems Integration
- Quantum Technologies
- Threat Engineering
- Mission Engineering and Analysis
- Integrated Warfare Systems
- Virtualization
- Asymmetric Warfare
- Manufacturing
- Lethality
- Surface Operations & Defensive Engagement
- Launcher Technology
- Integrated Training Systems
Advanced Computing, AI, Algorithm, artificial intelligence, asymmetric warfare, Augmented Reality, Autonomous and Unmanned Systems, Barrels, Big Data Analytics, Biometrics, Biotechnology, Cloud Computing, Control, Countermeasures, cyber, Cyber System Security, Data Visualization, Detect, Digital Engineering, Directed Energy, Electro-Optical, Electromagnetic Environmental Effects and Spectrum, Electronic Warfare, Engage, Fire Controls, Gaming technologies, gun and projectile systems, Gun mounts, Human Systems Integration, Hypersonic, Hypervisor, Infrared, Integrated Training Systems, Integrated Warfare Systems, Laser, Launcher Technology, lethality, Machine Learning, manufacturing, Metamaterials, Microwave, Mission Engineering and Analysis, multi-function materials, Naval Surface Technology & Innovation Consortium (NSTIC), Navy, NSTIC, Quantum Technologies, Radar, Railgun, Robotics, Software Engineering, Surface Offensive & Defensive Engagements, Threat Engineering, UxS, Virtual Reality, Virtualization
