Multiple industries and military applications are looking for full spectrum environmental, health and safety wearable solutions for their personnel to reduce workplace/field injuries and fatalities. No matter what industry or challenge, GE Research has the breadth and depth of expertise and experience across the disciplines required to provide the right solutions.
Industrial and Military Wearable development requires a cross functional team that originates from the GE’s innovation DNA. For more than 10-years, we have developed advanced materials, sensors and processes for GE products in the most demanding of industries like aerospace, energy, mining, homeland security, and health care, where the bar for safety and performance is highest.
Today, our broad wearables research implements synergistic innovations from such diverse technical disciplines as wireless communications, electronics, RF engineering, materials science, analytical instrumentation, embedded software, machine learning, and packaging. Our IP portfolio includes 70+ patents to provide safety, compliance, and fit-for-purpose solutions.
At GE Research, we consider conditions from mining, manufacturing and utilities, military and homeland security, to sports and recreation. We sense proximity, voltage and toxic gases, as well as monitor physiological indicators of personnel, keeping data secure via blockchain.
Proximity Sensing & Geo-Fencing: Sensing a persons location to improve safety and collision avoidance, even in GPS-denied environments
Voltage Sensing: Proximity monitoring of low to high voltages using wrist sensors
Physiological Monitoring: Predictive fatigue and stress monitoring, including but not limited to: heart rate, ECG, EEG, and hydration
Gas Sensing: Multivariable sensing to quantify toxic, explosive, and other gases
On/Off Premise Cloud & Analytics Platform: Scalable, secure and open architecture system platform for real-time data analytics, tailored to customer needs, secured by block chain technology and hosted both on or off-premise
-
Our Expertise
Capabilities utilized for Industrial and Military Wearables project
-
High Assurance Systems
Enabling the design, development, and verification of safety critical infrastructure
Read more
-
Embedded Computing
Integrating computation with physical processes to create the joint optimization of algorithms, software and hardware
Read more
-
Cybersecurity
Building an industrial immune system to protect the critical infrastructure that moves and powers the world
Read more
-
Materials & Process Modeling
Combining the power of physics and data driven models to accelerate the discovery, development and servicing of material solutions and processes
Read more
-
Enterprise Optimization
Optimizing design, operation, and supply chain decisions for complex business systems to improve yield and reduce costs
Read more
-
Model-Based Controls
Developing advanced multi-variable model-based control algorithms that leverage online models to provide stability and improve transient performance and operability
Read more
-
Estimation & Modeling
Developing novel models for real-time use in controls, estimation and optimization
Read more
-
Biomedical Engineering
Investigating the intersection of human physiology, electronics, chemistry and optics
Read more
-
Biosciences
Working from the molecular scale through human health and disease by building novel technology solutions for cell analysis and imaging applications
Read more
-
Electrical Systems
Integrating multiple energy sources by combining electric machines with mechanical transmissions to simplify controls through sensor-less technology
Read more
-
Electronics Packaging
Building and implementing technologies both internally and with production partners for medical and industrial applications
Read more
-
Microelectronics
Developing solutions from advanced imaging applications to embedded electronic systems and sensing systems for industrial and aeronautical applications
Read more
-
Machine Learning
Developing and scaling machine learning solutions for industrial applications to facilitate continuous learning, adaptation and improvement in dynamic operating environments
Read more