番茄社区

Primary area: Interferometric synthetic aperture radar
Web: Company contact: Andy Pon and Todd MacKenzie

3vGeomatics (3vG) uses Interferometric Synthetic Aperture Radar (InSAR) to measure ground displacement to sub-centimetre precision for sites around the globe, including mines, dams, and even the summit of Mauna Kea. In InSAR, satellites bounce radio (~cm) wavelength pulses off the ground and measure the phase of the returning signal. Measurements of phase differences between successive orbits are then used to calculate changes in the ground level.

3vGeomatics is actively developing and refining its algorithms for reducing and analyzing InSAR data, including working on developing powerful parallelizable machine learning algorithms.

3vG is located in Vancouver and is eager to bring in graduate level co-op students to work with the company to improve its software tools. The types of potential projects suitable for a co-op student include developing TensorFlow algorithms to remove atmospheric phase delays correlated with topographic changes, improving filters for removing temporally variable atmospheric noise, developing and implementing machine learning algorithms for smoothing low coherence data, creating software that can take existing data on the locations of water bodies to enable masking of water pixels in InSAR data, creating algorithms to model and remove ionospheric contamination, and bench-marking the accuracy of processing chains via the use of simulated data sets.

Primary area: Optics & photonics
Web:  Company contact: Frederic Grandmont

Primary area: Microprocessors
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Primary area: Spectrometers, radiometers for remote sensing applications
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Company contact: Sudhakar Gunuganti

Primary area: Focal plane technologies
Web:  Company contact: Matt Zweig

Honeywell Aerospace is currently developing concepts and technology prototypes for a number of diverse potential Canadian space missions and instruments. Examples are:

• A spectrograph and calibration system for NASA’s Wide Field Infrared Space Telescope
• An ultraviolet imager for auroral studies on a joint ESA-Chinese mission called SMILE
• A visible / infrared spectrograph for upper atmospheric research
• Development and test of a miniature spectrometer based on a photonic waveguide chip
• Development and test of an innovative wide field of view telescope & spectrometer for earth remote sensing
• Development and test of a complete optical communications link, including the assessment of adaptive optics for optical communications ground terminals, and developing protocols
• Development of digital filtering algorithms for search and rescue VHF signals
• Integration and test of a GPS-reflectometer instrument for soil moisture measurement airborne trials

Honeywell Aerospace makes use of state of the art laboratory equipment to develop this instrumentation and the intern will be expected to participate in some aspects of the assembly, integration and test of this prototype instrumentation.

Primary area: 3D optical measurement technologies
Web: Company contact: Sébastien Bouchard

Creaform-Ametek is an international company headquartered in Lévis, Quebec which develops, manufactures and distributes portable 3D optical measurement technologies.  Their products are used by more than 2500 customers from various industries, ranging from aerospace to automotive, research and education, heavy industry and power generation.

Primary area: Low light imaging systems, software
Web: https://diffractionlimited.com/ Company contact: Douglas George

Diffraction Limited develops hardware for low-light scientific and astronomical imaging, and software for image acquisition and processing, telescope position control, and wavefront analysis.  Its products are used in over 1000 observatories and laboratories around the world, and have been a part of both the Hubble Space Telescope project and the Dunlap Institute’s Dragonfly array. 

Primary area: Manufacturing technologies
Web:  Company contact: Amir Hadi

Primary area: Optics & photonics
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Company contact: Rafal Pawlucyk

Primary area: Imaging systems
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Company contact: Stephen Se

Primary area: Engineering, biology, electrical
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Primary area: Optics & photonics
Web: https://www.ino.ca/en/
Company contact: Patrice Topart

Primary area: Engineering
Web:  Company contact: Justin Love

Primary areas: Space robotics and sensors, radar satellites and ground systems, communication satellite payloads, antennas and subsystems, surveillance and intelligence systems, defence and maritime systems and geospatial imagery products and analytics
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Company contact: David Stevens

Founded in 1969, MDA is Canada's largest space technology developer and manufacturer.  MDA has delivered iconic technologies such as the Canadarm family of space robotics for the U.S. Space Shuttle program and the International Space Station, and three generations of RADARSAT Earth observation satellites for the Canadian Government.  More recently, they have taken a leadership role in the international consortium for the Central Signal Processing Element of the Square Kilometer Array (SKA). 

Primary area: AI, traffic networks, video detectors, data analysis, smart cities
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Company contact: Maximilien Schirm

Primary area: Detectors
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Company contact: Olivier Daigle

Primary area: Optics and photonics integration, software development
Web: https://www.skytrac.ca/ Company contact: Brad Zarikoff

SKYTRAC is a leader in satellite communication (Satcom) systems and intelligent connectivity for the aviation and aerospace industries. Their suite of products and services serve multiple segments of aviation including commercial airlines, global military and government organizations, unmanned aviation operators and systems integrators, offshore oil and gas transport providers, emergency medical services, law enforcement, and more. As a value-added partner to Iridium, SKYTRAC provides leading, certified avionics and value-added services to thousands of users across the world in over 100 countries spanning all 7 continents. In addition, SKYTRAC holds partnerships with nearly all major aircraft OEMs. SKYTRAC holds 30 years of onboard analytics and global real-time tracking expertise on hundreds of airframes and is an expert in high-value OEM customizations.

Primary area: Energy systems
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Gemini North and South observatories are twin telescopes located in Hawaii and Chile, respectively. Operated by a consortium of several countries, including the United States, Canada, Chile, Brazil, Argentina, and others, these observatories provide astronomers with access to cutting-edge observational capabilities in both the northern and southern hemispheres. Equipped with advanced adaptive optics systems and large mirrors, the Gemini telescopes are pivotal in various astronomical research endeavors, ranging from studying exoplanets and star formation to exploring distant galaxies and cosmology. Their strategic locations ensure continuous coverage of the sky and enable astronomers to conduct observations across a wide range of wavelengths, contributing significantly to our understanding of the universe.

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The Atacama Large Millimeter/submillimeter Array (ALMA) is a state-of-the-art astronomical observatory situated in the Atacama Desert of northern Chile. Comprising 66 high-precision antennas working in unison, ALMA observes the universe in millimeter and submillimeter wavelengths, unveiling otherwise hidden phenomena such as cold gas clouds, protoplanetary disks, and the early stages of star and galaxy formation. Its exceptional resolution and sensitivity allow astronomers to explore a diverse range of topics, including the formation of planets, the chemistry of interstellar space, and the cosmic microwave background radiation, shedding light on fundamental questions about the origins and evolution of the cosmos.

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The Canada-France-Hawaii Telescope (CFHT) is a 3.6-meter optical telescope situated atop Mauna Kea in Hawaii. It is jointly operated by the National Research Council of Canada, the French Centre National de la Recherche Scientifique, and the University of Hawaii. CFHT is renowned for its large field of view and advanced imaging capabilities. Utilized by astronomers worldwide, CFHT has contributed significantly to research spanning from the solar system to the distant universe, including studies of dark matter, exoplanets, and the structure of galaxies.

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The W.M. Keck Observatory, situated atop Mauna Kea in Hawaii, comprises two 10-meter telescopes, Keck I and Keck II, which are among the largest optical and infrared telescopes in the world. Equipped with advanced adaptive optics systems, these telescopes provide astronomers with unparalleled resolution, allowing for groundbreaking discoveries in fields ranging from exoplanets and black holes to distant galaxies and the early universe. The Keck Observatory's strategic location and technological prowess make it a cornerstone facility for cutting-edge astronomical research.