He joined the local Black Hills Astronomical Society while still in high school in 1957 and became its president a few years later, before seizing on the chance to work with professional astronomers when he took a job at the University of Arizona as a research technician
developing imaging devices for telescopes in 1968.
Not exact matches
Now, the «smart» bandage
developed by the team provides direct, noninvasive measurement of tissue oxygenation by combining three simple, compact and inexpensive components: a bright sensor molecule with a long phosphorescence lifetime and appropriate dynamic range; a bandage material compatible with the sensor molecule that conforms to the skin's surface to form an airtight seal; and an
imaging device capable of capturing the oxygen - dependent signals from the bandage with high signal - to - noise ratio.
About one in five of them worked in manufacturing, where they
develop diagnostic instruments, implantable
devices, and medical informatics and
imaging systems.
Disease diagnostics Zheng, a fourth - year electrical engineering PhD candidate at Caltech in Pasadena, is
developing a low - cost, portable
imaging device and software that can inexpensively turn a computer or smart phone into a high - resolution digital microscope.
Engineers funded by the National Institute of Biomedical
Imaging and Bioengineering (NIBIB) have
developed a small monitoring
device, worn on the skin, that detects alcohol levels in perspiration.
The advance is made possible by a new
device developed for 3D
imaging of the breast by researchers at the Department of Energy's Thomas Jefferson National Accelerator Facility, Dilon Technologies and the University of Florida Department of Biomedical Engineering.
Pinton and colleagues, with help from recent advances in a technology called ultrasound elastography,
developed an ultrasound
imaging device and data - processing algorithms to track the larger, more powerful shear waves that they and other researchers suspect cause tissue damage after head injuries.
The researchers at Penn and their collaborators used the Early Embryo Viability Assessment
imaging device (or Eeva,
developed and manufactured by Auxogyn, Inc.), which records images of
developing embryos during the first three days of laboratory culture, to evaluate embryos transferred into the uterine cavity of 177 patients.
However, a new sensor
developed at MIT could change that: A research team led by professor Michael Cima has invented an injectable
device that reveals oxygen levels over several weeks and can be read with magnetic resonance
imaging (MRI).
It
develops and markets computer - aided measurement and
imaging devices and software.
The Chinese tech giant likely once again collaborated with Leica in order to
develop and optimize the
imaging technologies offered by its latest flagships, with the German optics company already contributing to the camera hardware of multiple Huawei - made
devices released in recent years.
This unique mode should still provide consumers with more space for activities and also allowed ZTE to focus on perfecting a single camera for the Axon M instead of
developing two
imaging systems seeing how its 20 - megapixel sensor can serve as both a rear - facing and selfie camera depending on how you turn the
device.
Among other things, the Chinese OEM confirmed that the
device will be powered by the Qualcomm Snapdragon 835 system - on - chip (SoC) and feature software
developed by French
imaging company DxO Labs, in addition to being slimmer and more compact than its predecessor, the 2016 OnePlus 3T.
Enabled the organization to validate the impact of their features on various phases of OEM
device imaging / manufacturing processes;
developed OEM workflow simulation automation, custom telemetry infrastructure, and telemetry extractor automation for simulation data analysis and reporting
Led a diverse team at a medical
device startup to
develop a new
imaging device that is compatible with existing clinical systems, backed by a custom cloud infrastructure, and enhanced by modern machine learning techniques
Architected and
developed cross-platform software for the novel medical
imaging device and the custom cloud system
I am a dedicated research scientist with a PhD in Biomedical Engineering and post-graduation experience in
developing optical
devices for application in tumor
imaging and point - of - care diagnosis.
Professional Experience Boston Scientific (St. Paul, MN) 2005 — 2010 R & D Technician • Assisted scientists with lead design, testing, and implementation • Produced Magnetic Resonance
Imaging (MRI) compatible
devices • Aided research and development team with buckle and bell mouth testing •
Developed testing equipment in conjunction with engineering team • Provided input and guidance to increase testing process efficiency • Offered additional technical expertise to engineers and scientists • Served as mentor to junior technicians