Case Study: Defense Industry
Handheld Targeting System
- Electronics Packaging/Dense board placement and connector selection
- Optics/Lens simulation and optimization
- Mechanical Engineering/Designed using custom and COTS equipment
- Ruggedization/Designed for military use
- Manufacturing Engineering/Designed for manufacturing/assembly
CASE STUDY: DEFENSE INDUSTRY
Synthetic Training Display
- Electronics Packaging/Dense board placement, connector selection, and intricate mechanisms
- Optics/Lens simulation and optimization
- Mechanical Engineering/Designed using custom and modified government-furnished-equipment
- Ruggedization/Designed for military use
- Manufacturing Engineering/Designed for manufacturing/assembly
CASE STUDY: DEFENSE INDUSTRY
Novel Antenna Designs
- Mechanical Engineering/Extremely lightweight, military-rugged design
- Composites Manufacturing/Custom designed, fabricated fiberglass radome
- RF Engineering/Effectively analyzed system to devise unique antenna fabrication technique and cable management system with best RF efficiency
- RF Engineering/Devised RF system test and QA platform without the need for expensive test equipment
- Mechanical Engineering/RF-transparent design using non-conductive materials
CASE STUDY: DEFENSE INDUSTRY
Rifle Optic with Video Camera
- Optical Engineering/Optics for mirrorless sharing of optical & video
- Mechanical Engineering/compact, ruggedized packaging
- Electrical Engineering/System design and integration
- Electrical Engineering/Schematic design
- System Engineering/Testing & network integration
CASE STUDY: DEFENSE INDUSTRY
Synthetic Training Devices
- Electronics Packaging/Dense board placement and connector selection
- Optics/Lens simulation and optimization
- Mechanical Engineering/Designed using custom and modified government-furnished-equipment
- Ruggedization/Designed for military use
- Manufacturing Engineering/Designed for manufacturing/assembly
