Dec. 14 th 2017 University of Victoria HONEYWELL AEROSPACE OVERVIEW NSERC NTCO CREATE PROGRAM
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1 Dec. 14 th 2017 University of Victoria HONEYWELL AEROSPACE OVERVIEW NSERC NTCO CREATE PROGRAM
2 Missions, Instruments & Payloads Group 1 Ottawa-based Group History - Space Division of Ottawa based CAL Corporation founded in Early 1990 s: CAL was acquired by EMS Technologies : EMS acquired Spar Aerospace Montreal : the group was bought by COM DEV Canada Ltd : COM DEV purchased Routes AstroEngineering. - Honeywell bought COM DEV in Feb Integrated into the Honeywell Aerospace organization A $14B/yr business based in Phoenix AZ Current Day - A team of ~40 scientists, engineers and technicians - Based in Ottawa and Cambridge ON - Currently hiring! Canada s space science instrument provider for 30 years
3 Optical and Science Instruments 2 Fine Guidance Sensors Astronomical Imagers Imaging Spectrometers UV Imagers Space Weather Instruments Sapphire Optical Payload JWST Fine Guidance Sensor SWARM Electric Fields Instrument Freja Cold Plasma Analyzer Capabilities Detector characterization Image processing Read-out electronics Contamination control Optical and lens design Opto-mechanical design Cryogenic AIT Systems Engineering ensures it all works together
4 Missions 3 Nanosats (~10 kg, ~10W) Hosted Payloads Microsats (~100kg, ~100W) - M3MSat: ship tracking & low rate data relay launched in June 2016 NTS AIS Nanosat EV8 Hosted AIS Payload TICFIRE Nanosat M3MSat Microsatellite EV-1 Microsatellite Launch Current & Recent Studies Thin Ice Cloud monitoring in the arctic Wildfire monitoring using microbolometer sensors Hyperspectral environmental monitoring Quantum Key Distribution Optical communications RF geo-location M3MSat has provided mission prime experience
5 Communications Payload Product Group 4 80% of the world s communications satellites use our equipment > 750 satellites to date Extensive production facilities employing advanced lean manufacturing Space electro-mechanical switches, filters, multiplexers and microwave components DELIVERED OVER 72,000 SWITCHES AND 27,000 FILTERS/CHANNELS World Leader in Volume Production for Space
6 RF Products and Systems 5 TT&C Transponders Search and Rescue Repeaters AIS Receivers RF Science Instruments mm-wave Subsystems GPS III Search and Rescue Repeater epop RRI Digital Radio Receiver Earthcare 94 GHz Transmit/Receive Subsystem M3MSat AIS and LDR Payloads Capabilities RF / Analog design Digital design Firmware development RF Payload architecture design RF Capability Applied to Custom Systems
7 Honeywell Interest in NTCO 6 Text from the NTCO CREATE proposal: this is a field that attracts students with a strong background in math, problem solving, and specific interests in physical sciences and/or engineering. During their degrees, they then have opportunities to develop higher-level skills in critical thinking, scientific writing and communication, theoretical modeling, and data analysis. We plan to involve the NTCO interns in our current development projects, ideally one in the planning stages and one currently in the testing phase. Corporate wide, Honeywell s objective with its internship program is to hire 70% of all interns.
8 Beyond the Standard Engineering Disciplines Systems Engineer - Radiometry is there enough signal and not too much noise? - Multi- disciplinary communicate with any engineering discipline. - Managing requirements & the customer! Optical Engineer - Geometric ray-tracing - Wavefront propagation Electro-optical engineer - Detector / semiconductor physics Electromagnetic Interference & Compatibility - Modeling and Testing it is an art! Radiation Analyst - Importing FEM structural models and ray tracing to simulate high energy particle trajectories. Straylight Analyst - Non-sequential ray tracing, particulate scattering Contamination Analyst - Particle fallout, volatile deposition Quality Assurance Engineer / Manager - Needs good knowledge of all disciplines and excellent critical thinking abilities
9 A Career in Industry 8 Work with a rapidly expanding technology, one with the potential for lots of applications. Emphasize your ability to complete projects and get results (ie. proposal deadlines, finish before the funding runs out). Ability to analyze complex data sets, especially in non standard ways, ability to plan and execute the handing of big data sets. Software coding abilities. Large scientific models are often developed more efficiently than software industry standards. Ability to organize, manage and contribute to, multi-disciplinary teams. Project systems engineering keeping one s eye on what is important to achieve a successful experiment (project outcome). Ability to speak science and thus liaise effectively with the academic community.
10 9 Heritage Charts
11 International Space Station Heritage Supplied critical force moment sensors to the Space Station Remote Manipulator System (SSRMS) and the Special Purpose Dextrous Manipulator (Dextre) - gives manipulator robots a sense of touch - Capacitive displacement sensors Canadian mobile base system electronics - remote power control modules - buffer amplifier Capacitive Displacements Sensors also used in Fabry- Perot Etalons NTCO University of Victoria Dec. 14th, 2017
12 Atmospheric Instruments 11 Global map of CO (MOPITT) WINDII on UARS MOPITT on TERRA Operational OSIRIS on ODIN Operational MAESTRO on SciSat Operational Wind field in Thermosphere, (model & WINDII data)
13 Ultraviolet Imagers 12 UVI on Freja UVAI on Interball WIC optics on IMAGE 2000-? UVIT camera on Astrosat UVI on Viking UVIT image of NGC2336
14 Ion Optics Instruments 13 Cold Plasma Analyzer (CPA) Freja Thermal Plasma Analyzer (TPA) on Nozomi Failed Mars Orbit Insertion SWARM Canadian Electric Field Instrument (x3) Operational SWARM Magnetic field map Suprathermal and Energetic Ion Mass Spectrometer (SMS) Akebono
15 Star Field Imagers and Guidance Sensors 14 Formosat-2 Jason-1 FUSE Fine Error Sensor Mission success CALTRAC star tracker on Jason-1 ( ) Mission success Genesis-1 (2001-4) Mission success Formosat-2 (2004) Still operational CALTRAC on SciSat Launched 2002 Still operational Sapphire surveillance instrument Launched 2013 Still operational OISL front end tracking head (patented centroiding algorithm) JWST Fine Guidance Sensor/ Near Infrared Imager and Slitless Spectrograph Delivered 2013 Integration and Test
16 RF/Radar Instruments epop RRI HF ionosphere transmission power & polarization 15 MGF HIFI Comet 103P/Hartley 2 Cloudsat RF receiver Still operational Herschel HIFI GHz local oscillator successful mission epop Radio Receiver Instrument, MGF, and FAI, CASCADE mass memory unit on CSA CASSIOPE mission EarthCare Cloud Profiling Radar Delivered 2013 to JAXA CloudSat Cross-section of Hurricane Cloud
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