Health Wearable for Enuresis Treatment

Case Study INDUSTRY Scientific Instruments Electronics SERVICES Industrial Design Electrical Engineering Mechanical Engineering Embedded Engineering Systems Engineering RF Engineering Prototyping Designing a wearable that changes kids and parents lives Opportunity / Background Nocturnal enuresis—commonly known as bedwetting—stems from a developmental delay in the neural pathway that links the bladder to the brain, preventing a child’s […]
Next-Generation Electronic Warfare Suite

Brief Case Study Vehicle Mounted CREW System Vehicle Mounted CREW System The team developed a concept for a rugged, modular, vehicle-mounted Counter-Radiation Electronic Warfare (CREW) system to emit RF energy in a specific sequence across specific frequencies. Challenges included aggressive thermal and environmental performance requirements, effective airflow management, and modularity for mounting in a variety […]
Tracked-Vehicle Synthetic Training Goggles

Brief Case Study Synthetic Training Display Synthetic Training Display The team of engineers designed and manufactured this helmet-mounted display unit to train tank/track vehicle operators. The end customer was foreign military with tough requirements for ruggedness and reliability. The team developed custom electronics, displays and adjustable optics.
Packable Radio System

Brief Case Study Packable Radio System Packable Radio System The team developed a rugged, packable software-defined-radio system for extremely austere environments including airdrop. Challenges included aggressive thermal and environmental performance requirements, plus light weight via a tough composite outer shell.
Packable Cross-Banding System for Military Radios

Brief Case Study Packable Cross-Banding System for Military Radios Packable Cross-Banding System for Military Radios The team designed and developed a packable version of the original cross-banding radio which combined multiple IP-based radio cards along with specialized electronics that priovide a “switchboard” capability to traditional military radios such as MBITR and others. This capability allows […]
Packable Electronic Warfare Suite

Brief Case Study Packable CREW System Packable CREW System The team developed concepts for a rugged, packable Counter-Radiation Electronic Warfare (CREW) system to emit RF energy in a specific sequence across specific frequencies. Challenges included aggressive thermal and environmental performance requirements, plus light weight and maximum duration from a portable battery.
High-Resolution VR/AR Goggles

Brief Case Study High-Resolution VR/AR Goggles This goggle was created to provide consumers and developers with a high-definition, ultra-wide field-of-view augmented reality solution. Bluefin worked with our client to develop an adjustable and lightweight solution that met the needs of the evolving VR/AR community. The design incorporated large, high-quality optics, high-resolution displays, and dense electronics.
Microminiature Tracking Device
Brief Case Study Microminiature Tracking System Microminiature Tracking System One of the more unique and challenging projects we’ve had the pleasure of completing, the engineering team developed a first-of-its-kind system for tracking wild game. The system was required to direction-find and track an animal at distances of more than a mile with a miniature transmitter […]
Radio Interoperability Package

Brief Case Study Radio Interoperability Package Radio Interoperability Package Bluefin developed a system to modularize and merge multiple digital and analog radios onto a single chassis, providing MIMO antenna switching plus central battery power. The system is fully portable and operates from a backpack.
Head-Mounted Display

Brief Case Study Head-Mounted Display Head-Mounted Display This head-mounted display (HMD) was created to support Neurologists who treat patients with head trauma. Bluefin worked with the system developer to design the packaging of the HMD embedded with sophisticated optics, OLED displays, and IR eye-tracking electronics so doctors can diagnose, evaluate, and treat people with concussions.