Navy SBIR 22.1 BAA Topics
Opened January 12, 2022 - Closed February 10, 2022 12pm ET

• N221-D01   Civilian Behavior Conceptual Models for Wargaming
• N221-D02   Flight Operations Planning Decision Aid Tool for Strike Operations Aboard Aircraft Carriers
• N221-D03   Lowering Integrally Bladed Rotor Sustainment Costs Through Mistuning Characterization of Intentionally Mistuned Blades
• N221-D04   Cognitively Inspired Artificial Intelligence for Automated Detection, Classification, and Characterization

• N221-001   DIGITAL ENGINEERING - Civilian Behavior Conceptual Models for Wargaming
• N221-002   Ultra Lightweight Tactical Vehicle Power Generation
• N221-003   Remote Expeditionary Autonomous Pioneer System

• N221-004   DIGITAL ENGINEERING - Embedded Aircraft Design Geometry in Multidisciplinary Design Optimization Frameworks
• N221-005   DIGITAL ENGINEERING - Photonics Integration for Modular Open Systems Approach Avionics Plug-in Modules
• N221-006   Room-Temperature Filler for Honeycomb Repairs
• N221-007   Data-Driven Physics-Based Modeling Tools to Determine Effective Mechanical Properties of As-Built Composite Structures
• N221-008   Innovative Approaches to Reducing the Complexity and Increasing Sustainability of Linkless Ammunition Loading System III
• N221-009   Automated System to Assist in Gauge Block Calibration
• N221-010   Magnetometer Classification of Underwater Objects
• N221-011   Low-Cost, Large, Multidimensional, High-Sensor-Density, Collapsible Arrays
• N221-012   Advanced Jam-Resistant Radar Waveforms
• N221-013   Development of High-Viscosity Pre-Penetrant Etching Materials
• N221-014   Synthetic Aperture Radar High Resolution Imaging when Performing Random Nonrepeating Radar Orbits
• N221-015   Electromagnetic Interactions Between Cables, Antennas, and Their Environments
• N221-016   Autonomous Onboard Processing Hostile Fire Sensor System
• N221-017   Manned-Unmanned Teaming Survival in an Adaptive World
• N221-018   Smart Avionics Systems Environment for Automatic Test Systems
• N221-019   Long-Range Passive Surveillance in Anti-Access/Area-Denial Environments
• N221-020   Heat Tolerant Decoy Towline for Towed Decoy
• N221-021   Modeling and Process Planning Tool for Hybrid Metal Additive/Subtractive Manufacturing to Control Residual Stress and Reduce Distortion
• N221-022   Compact Thermal Energy Storage
• N221-023   Miniaturized Sonobuoy High-Data-Rate Tether
• N221-024   Automated Air Traffic Control Communication Technology Enhancement

• N221-025   DIGITAL ENGINEERING - Advanced Technologies for Automated Replay and Reconstruction of Theater Undersea Warfare Mission Data
• N221-026   DIGITAL ENGINEERING - Automated Network Cluster Generation
• N221-027   DIGITAL ENGINEERING - Undersea Warfare Tactical Advantage Support Kit
• N221-028   DIGITAL ENGINEERING - Unmanned Harbor Piloting
• N221-029   DIGITAL ENGINEERING - Artificial Intelligence /Machine Learning Applications to STANDARD Missile Maintenance Data
• N221-030   DIGITAL ENGINEERING - Design for Additive Manufacturing (DfAM) Risk Toolset
• N221-031   DIGITAL ENGINEERING - Distributed Mission Effectiveness and Readiness Management System
• N221-032   DIGITAL ENGINEERING - 3D Operator Decision Aides for Ship Control Systems
• N221-033   DIGITAL ENGINEERING - Perception System for Situational Awareness and Contact Detection for Unmanned Underwater Vessels
• N221-034   DIGITAL ENGINEERING - Combatant Craft Autonomy-Enabling Sensors, Perception and Command & Control
• N221-035   DIGITAL ENGINEERING - Multi-Beam Antenna Scheduling Optimization
• N221-036   DIGITAL ENGINEERING - Exploitation of Ephemeral Features in Sonar Classification Algorithms
• N221-037   Compact Electron Beam Focusing System for Millimeter Wave Sources
• N221-038   Navy Threshold Velocity Detector Redesign
• N221-039   Flexible Unmanned Vehicle Stowage System
• N221-040   Shipboard Advanced Metal Manufacturing Machine
• N221-041   Compact High Power Mid-Wave Infrared Laser System
• N221-042   Advanced Piezoelectric Materials in Maritime Surveillance Systems
• N221-043   Enhanced Performance Radome Materials for High Speed Missiles
• N221-044   Compact, High Performance Mid-Wave Infrared Sensor for Intermittent Deployment
• N221-045   Fiber Optic Cable for Radio Frequency Over Fiber Links
• N221-046   Velocity-Over-Ground Sensor for Inertial Navigation System Error Reduction
• N221-047   Over The Shore Messenger Line Delivery System
• N221-048   Well Deck Securing System for Landing Craft Utility
• N221-049   Radar Absorbing Material Maintainability Improvements
• N221-050   Advanced Cyber Threat Hunting Toolkit for Deployed Tactical Platforms
• N221-051   Enhanced Performance for Fin and Control Surface Materials for High Speed Missiles
• N221-052   Low Hazard Heat Pump for Distributed Cooling
• N221-053   Multi-Aperture Vector Sensor Vertical Array Processing Enhancements to Reduce Operator Workload
• N221-054   Modernized Navy Fan-Coil Assembly
• N221-055   Improved Towed Array Acoustic Hose
• N221-056   Unmanned, Autonomous Avoidance of Active Acoustics Harassment of Marine Mammals
• N221-057   Alternative Power for Anti-Submarine Warfare Targets
• N221-058   Electronic Warfare Human Machine Interface Training
• N221-059   Directional Acoustic Communications Transmitters
• N221-060   Chip Scale Oceanographic Sensor
• N221-061   Kill Assessment and Closely Spaced Object Resolution with Elevated Electro-Optic/Infrared (EO/IR)
• N221-062   Universal Environmental Controls for AM Machines
• N221-063   Nonlinear Mitigated Gain Fiber Development for kW-class Fiber Lasers
• N221-064   Medium Voltage Direct Current Disconnect Switches
• N221-065   Low Cost, Small Form Factor Scalable Receive Array
• N221-066   New Water-Blocking Chemicals/Materials for Zero Longitudinal Seawater Flow through Navy Outboard Cables

• N221-067   Improved Reliability of Composites Pi-Joints for use in Primary Aircraft Structures
• N221-068   DIGITAL ENGINEERING - Requirements Management Tool for Design of Effective Human Machine Systems with Evolving Technologies
• N221-069   DIGITAL ENGINEERING - Digital Twins to Enable Training (DTET)
• N221-070   Acoustic Vector Sensors that Achieve Affordable Array Directivity
• N221-071   Forensic Memory for Self-Cued, Data-Thinning Receivers
• N221-072   Low-Cost Deployable Structures for Sonobuoy Arrays
• N221-073   Radio Frequency Spectrum Patterns of Life
• N221-074   Turbine Engine Efficiency improvements by Additive Manufacturing
• N221-075   Enhanced Lethality Warhead
• N221-076   Lightweight, Compact, and Cost-effective Gaseous Hydrogen Storage System

• N221-077   DIGITAL ENGINEERING - Semantically-Driven Data Integration Software Solutions
• N221-078   Split Ratio Fine-Tuning Feature for Integrated Optical Circuits in Interferometric Fiber-Optic Gyroscopes
• N221-079   Low-Loss, Low-Aberration, Numerical Aperture-Matched Microlens Arrays to Improve Coupling Efficiency onto Photonic Imaging Devices.
• N221-080   Development of a Time-Triggered Ethernet Intellectual Property Block
• N221-081   Development of an Aerothermal Modeling and Simulation Code for Hypersonic Applications
• N221-082   Integrated Complementary Metal Oxide Semiconductor Nuclear Event Detector for System on a Chip Applications
• N221-083   Variable Conductance Thermal Management Technology
• N221-084 Topic Removed Development of High Temperature Sensor Windows for Hypersonic Applications
• N221-085   Integration Strategy for Complementary Metal Oxide Semiconductor-based Terahertz Spectroscopy Systems
• N221-086 Topic Removed Development of Coatings and Surface Finishes for Hypersonic Window Applications

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