As a leading provider of chemical sensing systems for launch vehicles and the International Space Station we are committed to safety beyond earth. From warfighters to ground crew we are equipping our men and women with the most advanced technology to ensure their safety. In an everchanging world, we are providing safer, more efficient and more sustainable solutions to engineer a better tomorrow.
Our engineers and scientists are continually developing new and better technologies to further scientific discovery and push the bounds of human accomplishment. MEI specializes in the development of chemical sensing systems for the most demanding aerospace and military applications. Our capability spans from cutting edge research on novel sensors to full integration and production of flight qualified hardware.
We seek to provide solutions to sensing needs which cannot be satisfied by existing technology. Our sensor technology provides new mission critical capability. Our experience spans the wide range of chemical sensing from safety monitoring of propellant leaks to life support systems on spacecraft and aircraft and beyond.
Our engineers and scientists are continually developing new and better technologies to further scientific discovery and push the bounds of human accomplishment. MEI specializes in the development of chemical sensing systems for the most demanding aerospace and military applications. Our capability spans from cutting edge research on novel sensors to full integration and production of flight qualified hardware.
We seek to provide solutions to sensing needs which cannot be satisfied by existing technology. Our sensor technology provides new mission critical capability. Our experience spans the wide range of chemical sensing from safety monitoring of propellant leaks to life support systems on spacecraft and aircraft and beyond.
Services
MEI's journey from a single person operation to an internationally recognized leading supplier of unique chemical sensing systems has been shaped by its drive to innovate and explore the unknown.
Located in Chico, California, MEI is home to a talented, experienced, multi-disciplinary team of engineers and other scientists who design and build sensing systems for a wide variety of applications ranging from aerospace and military/defense to industrial/clean energy.
Our team of passionate problem solvers tackles the world's most critical sensing needs.
Located in Chico, California, MEI is home to a talented, experienced, multi-disciplinary team of engineers and other scientists who design and build sensing systems for a wide variety of applications ranging from aerospace and military/defense to industrial/clean energy.
Our team of passionate problem solvers tackles the world's most critical sensing needs.
MEI has been a leading developer of innovative flight qualified chemical sensor systems to meet the unique requirements of propulsion system development and launch vehicles.
Our world leading sensor development efforts focus on some of the most demanding sensing applications to advance space flight and planetary exploration.
MEI has developed a hydrogen sensing system that monitors the hydrogen levels in the Space Station's oxygen regeneration system.
The triple-redundant sensor package warns the system if hydrogen concentrations reach critical and potentially explosive levels.
Our world leading sensor development efforts focus on some of the most demanding sensing applications to advance space flight and planetary exploration.
MEI has developed a hydrogen sensing system that monitors the hydrogen levels in the Space Station's oxygen regeneration system.
The triple-redundant sensor package warns the system if hydrogen concentrations reach critical and potentially explosive levels.
MEI is focused on addressing mission critical needs of war fighters and is leading in the development of the next generation of chemical sensors for applications ranging from aircraft life support systems, to engine combustion and emission monitoring, to wearable sensors for warfighters.
Our miniaturized and ruggedized chemical sensing systems are designed to be incorporated as embedded instrumentation.
MEI is leading in the real-time monitoring of aircraft bleed air and On-board Oxygen Generating Systems (OBOGS), developing systems to ensure the quality of the air reaching the flight crew.
Our miniaturized and ruggedized chemical sensing systems are designed to be incorporated as embedded instrumentation.
MEI is leading in the real-time monitoring of aircraft bleed air and On-board Oxygen Generating Systems (OBOGS), developing systems to ensure the quality of the air reaching the flight crew.
Chemical sensing spans a wide range of applications and MEI's innovative chemical sensor solutions can be found in diverse industrial applications.
We actively partner with established suppliers from multiple fields and provide services and products ranging from IP development to OEM sensor systems which are incorporated into our customer's systems.
MEI's industrial customer base ranges from Fortune 500 companies to emerging startups.
Our experience and expertise provides our industrial partners with advanced technology injection and product development acceleration.
We actively partner with established suppliers from multiple fields and provide services and products ranging from IP development to OEM sensor systems which are incorporated into our customer's systems.
MEI's industrial customer base ranges from Fortune 500 companies to emerging startups.
Our experience and expertise provides our industrial partners with advanced technology injection and product development acceleration.
MEI is actively working to expand the capability of our sensing products and to push the boundaries of emerging nanomaterials technology.
Our ongoing R&D efforts are addressing both hardware and software AI to develop the next generation of sensing devices for a wide range of applications for which there are no existing solutions.
MEI is advancing the development of harsh environment SiC electronics capable of operating in high temperature and high radiation environments in excess of 500°C.
Our ongoing R&D efforts are addressing both hardware and software AI to develop the next generation of sensing devices for a wide range of applications for which there are no existing solutions.
MEI is advancing the development of harsh environment SiC electronics capable of operating in high temperature and high radiation environments in excess of 500°C.
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