Microsystems/Nanotechnology Careers Interested? Click Here
AEgis is an established developer of MEMS, microelectronics and nanoscale materials and detectors for application areas that range from hardware-in-the-loop simulation to biosensors for point-of-care diagnostics. The Microsystems Group is comprised of a multidisciplinary team of scientists, engineers, and technical staff, co-located at AEgis corporate headquarters, AEgis Albuquerque and Redstone Arsenal. This group specializes in micro sensors, photonics, electro-optics, and micro electro-mechanical systems (MEMS).
Nanotechnology
Microsystems
Directed Energy
Biotechnology
Nanotechnology We are developing novel systems that exploit the unique properties of nanostructured devices to achieve extraordinary performance.
Nano-Optic Superprism
AEgis is developing a nanostructured device that bends light at significantly greater angles than ordinary optics. It is possible to consider all-electronic beam steering systems that use a combination of an active electronic steering component and the nanostructured superprism.
Ultra-high Temperature Adhesives and Materials
As part of our Directed Energy sensor program, we are developing materials that can survive direct exposure to a High Energy Laser. These devices must survive irradiances close to the level found on the surface of the sun. Nanomaterials provide unique capabilities that allow us to build devices that can survive in this extreme environment.
Nanoparticle Printing
We have partnered with RTI International to develop conformal sensors fabricated by printing metal, semiconductor and dielectric nanoparticles onto thin substrates; sensors are durable and robust in harsh environments.
Plasmonic Devices AEgis is combining nonlinear optical materials with plasmonic structures to create new devices with previously inconceivable properties that can be used in photonic circuits for optical computing and other cutting edge applications. AEgis is also teaming with the US Army Missile Research, Development and Engineering Command (AMRDEC) to design and fabricate plasmonics structures that will resonate at 1-3 microns and to investigate their potential for use in DoD applications.
Microsystems The Microsystems group has significant design, build and integration experience related to MEMS, micro-optics, miniature guidance, hardware-in-the-loop testing, and aerospace applications. We have established a network of fabrication facilities that provide infrastructure and resources for a broad range of applications
Microelectronics
AEgis provides GHz frequency signal generation electronics and electro-optics including COTS integration, custom ASICs (Trusted Foundry Access), MCM, and system level engineering.
IR Scene Projector
The Microsystems group is developing next generation scene projectors for LADAR test platforms. The burst mode arbitrary waveform electro-optic stimulator and advanced photonic components are important for hardware-in-the-loop test facilities. The system uses electro-optic modulators that work over broad optical wavelength to generate complex waveforms that simulate the hundreds of interactions a transmitted laser pulse encounters as it passes through clouds, smoke, and foliage. The compact, modular approach provides building blocks that can be used for different LADAR configurations.
MEMS Development and Integration
RF components, tactical grade IMU, nonlinear-polymer based components, energy storage, inertial sensing for target discrimination
Directed Energy Technology AEgis is developing sensors and instrumentation for Directed Energy applications. The Temperature and Irradiance Sensor Matrix (TISM) provides high-resolution on-board (direct) measurement of laser irradiance and target temperature for High Energy Laser test and evaluation. AEgis is coupling its rugged temperature sensors with advanced physics models to provide heat flux information on the front surface of a target using temperature data acquired from the back side of the target (IRTS). We are developing advanced HPM instrumentation as well. The Terahertz Imaging Profiler Array (TIPA) will provide a 3D cube of information across a broad frequency band to characterize THz source profiles and provide hyperspectral imaging capabilities
Temperature and Irradiance Sensor Matrix (TISM)
A conformal sensor array designed to provide direct detection of irradiance and target temperature for on-board diagnostics to characterize HEL weapons and laser target designators.
Inversion-derived Resistive Temperature Sensor (IRTS)
Robust temperature sensor array coupled with an Inverse Heat Conduction software model to characterize laser heating of targets
Terahertz Imaging Profiler Array (TIPA)
Measurement capability to characterize HPM sources operating in the 0.2 to 1.2 THz regime. The system also acts as a hyperspectral imager
Biotechnology The AEgis Technologies Group is using its experience in micro and nanotechnology to develop electrochemical sensors, microfluidics, cell sorting devices and ultra-miniature immunoassays. This technology offers unprecedented opportunities for clinical detection of numerous medical conditions and screening tools for the general public, including short turnaround time (STAT), single use, and point of care testing devices for bed side analysis
Electrochemical Biosensors
The AEgis Technologies Group is partnering with the Joint Program in Biomedical Engineering at The University of Memphis and University of Tennessee Health Science Center to develop a sensor that measures certain cardio protein levels that indicate the potential for a heart attack. The sensors measure electrochemical interactions at the molecular level and offer very good sensitivity and selectivity for the detection of proteins, enzymes and even select DNA sequences in very small solution volumes. The goal of this project is to develop a compact device that provides a rapid assessment of major organ function using microliter volumes of blood. The detectors are being fabricated by AEgis at Oak Ridge National Laboratory’s Center for Nanophase Materials Science (CNMS).
Optical Biosensors
We are fabricating optical biosensors at the Oak Ridge CNMS facility that offer the potential to provide ultra-sensitive detection of biological molecules. The goal of the project is to develop an inexpensive and robust device capable of autonomous implementation in remote and/or harsh environments. This project is investigating diffractive and photonic band gap structures, to create a highly sensitive and portable biological sensors.
Microfluidics
AEgis has developed microfluidics devices for lab-on-chip, cell sorting and other applications.
Mission Our mission is to make a positive impact on the world by advancing technology at the micro and nano scale from the laboratory to the marketplace. We specialize in the development of novel systems, materials and diagnostic tools that use micro and nano-scale components to achieve performance levels that cannot be realized with classical systems. We have created an agile technology development process that emphasizes high margin opportunities. Culture We achieve our mission with a multidisciplinary group of engineers and scientists working in a “One Team” culture. AEgis provides a flexible and creative working environment. We come from very diverse backgrounds, we emphasize results, and we out-perform our competition through a creative and synergistic approach to problems. We are looking for individuals who want to be part of a team that has that intangible quality that allows it to accomplish something special. >>Careers
AEgis provides the opportunity, flexibility and support to achieve our mission. This is not your typical working environment. We come from very diverse backgrounds, we emphasize results, and we out-perform our competition through a creative and synergistic approach to problems. We partner with subject matter experts around the country so that we can bring the best possible team to bear on the challenges facing our customers. As a manager, my goal is to inspire our people to reach high and then to provide resources and support that helps them achieve their goals.
Microsystems/Nanothecnology POC's 256.922.0802
David Thomas,
Vice-president, Microsystems
Derek Strembicke, Director of Microsystems
Milan Buncick,
Chief Scientist
The
AEgis Technologies Group, Inc. 631 Discovery Drive • Huntsville, Alabama 35806
• 256-922-0802
or toll free 888-234-4784
