Research & Technology

Research & Technology Interests

There is a growing demand within the consumer and military markets for products and devices that are smaller, lighter, and smarter. At the same time, technology is rapidly evolving in the areas of micro electromechanical systems or sensors (MEMS), nano-materials and structures, thin film sensors and systems, wireless localization and communication, small quiet replenishing power sources, and lower cost high performance polymer composite materials. When combined, these technologies allow for smaller, lighter, and smarter products -- often achieved through a higher degree of sensor and subsystem integration into structures, housings, and enclosures.

Odyssian Technology recognizes the market opportunities associated with product miniaturization and integration. Consequently, emphasis is placed on research and development of technology related to the following core technology areas: smart structures and systems having embedded sensor networks, circuitry, and power systems; multifunctional materials, structures, and devices that sense, perform, and respond; wide-area embedded sensor networks that allow for structural or system health monitoring and control; and smart power distribution and storage systems that improve energy efficiency and the utility of remote health monitoring and control networks.

The following are some of the primary technologies that Odyssian Technology is pursuing that are related to its core technology interests:

Smart Seal, Pipe and Fluid Containment for reducing leakage of environmentally damaging and hazardous materials. Includes:

Seals with integrated leak [progression] detection and health sensors
Pipes and pipelines containment devices with leak detection and health sensors
Composite wrap pipe repair systems with integrated elements and sensors
Continuous point-of-source leak monitoring

Smart Power Distribution Control for improving efficiency, budgeting, and reliability. Technology applications include:

Mobile electric power distribution.
Military shelter power distribution
Smart power track outlet systems
Military micro-grid control
Critical power backup (hospitals, life support, etc.)

Smart & Multifunctional Structural Systems including:

Structurally integrated antenna systems
Multifunctional composite antenna-structure
Structurally integrated power systems
Multi-functional sensor-seals with leak detection
Structurally Integrated circuitry
Composite structure with integrated health and process monitoring sensors
Structurally integrated 3D electronics

Materials and Processes for advanced structures, smart structures, multi-functional devices, and sensors including:

Physical Vapor Deposition (PVD)
Hydrocarbon sensing materials
Multi-functional sealing and sensing materials
Polymer electrical circuitry
Low cost, low volume processing of composites
Thin and thick film energetic and conductive materials