Solutions        
 
     

OASYS Technology is your preferred teammate from specification development and design realization through production deliveries.

Design
  Electro-Optical System Engineering
  Optical Design
  Mechanical Engineering
  Electrical Engineering
  Software Engineering

Prototype & LRIP
  Agility and expertise to meet demanding schedules

High-Rate Production
  Transition implementation
  Extensive test resources

Technical Papers
  Design Challenges and Considerations...
  High Energy Laser Detonation...

 

 

 
solutions

Design

Electro-Optical System Engineering
  Expertise from system through component levels enables partitioning of specifications to an optimal realizable solution.

 

 

 

Top level analysis tools enable solutions to top level requirements such as detection, recognition, and identification specifications.

 

Optical Design
  Imaging systems with common aperture multi-spectral systems a specialty.
  Laser sub-systems for high power communication and energy transmission.
  Illumination systems including focus locking to coupled imaging systems.
  Display design for Helmet Mounted Displays (HMDs), see-through rail systems, and precision optical fusing of imagery from multiple sensors.

 

 

Design suites include such high level capabilities as complete assembly stray light analysis.

 

Mechanical Engineering
  2-D and 3-D modeling
  Weight and Space modeling
  FEA analysis
  HAHO, HALO, -65 to +125, Immersion, High Shock
  Operational Suitability and Effectiveness
  Micro- through multi-meter size and weight expertise

 

 

Advanced 3-D modeling capabilities include such modules as thermal effects, tolerance analysis and obstruction detection.

 

Electrical Engineering
  Mixed mode analog & digital design and simulation
  ASIC design to include FPGA and custom integrated circuits
  Multiplexer, detector, and associated drive electronic expertise

 

 

Design suites include VHDL, schematic entry, timing analysis and programming tools for FPGAs and ASICs.

 

Software Engineering
  Windows compliant GUI’s to enable automatic control, data collection, and man-in-the-loop control of electro-optical systems.
  uP systems firmware design for numerous microprocessors such as Motorola, PIC and ARM.
  Image Processing, sensor fusion, and test system platform development for advanced data processing.

 

Custom GUIs are designed to control and monitor systems. Security and traceability features are commonly built into interfaces.

 

Prototype & LRIP
  Rapid Prototyping for superior feedback of concepts.
  Design-To-Unit-Production-Cost (DTUPC) to ensure production goals are met.

 

 

Customer feedback and design convergence are expedited through utilization of tools such as SLA models.

 

High-Rate Production Experience at System and Component Levels
  Transition planning and implementation for: on-time delivery, product and process traceability, and exceptional quality.
  In-house test capabilities such as visible through LWIR MTF stations, interferometers, environmental ovens, burn-in stations, etc.

 

 

On-time delivery of production units is key to our success and the success of our customers. Each program is carefully planned and executed to meet and exceed expectations.

 

Technical Papers

Design Challenges and Considerations for Image Fusion in Multi-Spectral Optical Systems SPIE Defense and Security, 6206, April, 2005

Authors: Michael E. Couture, Vadim Plotsker
OASYS Technology, LLC

High Energy Laser Detonation - A Comparison of Four Optical Designs SPIE Optics and Photonics, OEI402, August, 2006

Author: Michael Couture
OASYS Technology, LLC

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

  © 2006 OASYS Technology, LLC.