New
Canadian Bank Note Company, Limited
This is a Full-time position in Ottawa, ON posted February 13, 2021.
We are developing an advanced nanotechnology to extend our manufacturing capabilities.We will use it to make counterfeit-proof banknotes, passports and drivers licenses.This technology has broader applicability to secure documents of all types, as well as to computers, medical uses, and environmental remediation.As an SPM Experimentalist, you will be part of the team developing this nanotechnology.We are CBN, Canadian Bank Note Company, Limited.
Scanning Probe Microscopy (SPM) is a group of methods, like Scanning Tunneling Microscopy (STM) and Atomic Force Microscopy (AFM), that uses a probe to sense a probe-to-surface atom interaction. By two-dimensional scanning of the probe on the surface, a high resolution microscopic image is produced. AVENTICS™ Series SPM Smart Pneumatics Monitor The AVENTICS Smart Pneumatics Monitor is the central module for networked pneumatics. It provides you with reliable information on the state of wear of actuators as well as on the energy efficiency of your pneumatic systems - without the need to involve machine controls.
Headquartered in Ottawa, Ontario, with primary manufacturing operations based in Canada.
CBN employs over 1,500 people worldwide.
CBN was established in 1897 to supply security-printed products to the Canadian government, which it has done continuously ever since.
The supply of Canadian currency, passports, and postage stamps are three important activities entrusted to the Company and as a result the company is recognized as part of Canada’s critical infrastructure.
CBN has expanded from this base to the supply of the same and similar products to other countries and today more than half of CBN’s sales originate outside of Canada.CBN creates secure documents with original designs that include a comprehensive set of intricate security features, making them extremely difficult to counterfeit.
Our scientists and production team have previously developed and deployed leading innovations in substrates, inks, coatings and more.
With this proven history of technical leadership, CBN has the resources and insight to develop this advanced nanotechnology.KeywordsUHV SPM, Ultra High Vacuum Scanning Probe Microscopy, Equipment Construction, Experimental Design, Surface Chemistry, Surface Reaction, Molecular Manipulation, Transfer print patterning, Molecular Deposition.Duties and ResponsibilitiesWorkstation Operation and Experimental DesignOperate SPM hardware and perform process development experimentsWork with the engineering team to propose, design, construct, and test nanoscale structures and devicesRapid learning of the particular technical issues, challenges and solutions associated with this advanced nanotechnologyDocument equipment modifications, experimental parameters, processes, and resultsAssist in the specification and testing for new and upgraded engineering toolsBasic QualificationsBachelor’s degree in Science, Engineering or Mathematics and 2 years of UHV scanning probe microscopy experience during the degree, or Master’s in Engineering, Science or Mathematics and 2 years of UHV SPM experienceMeticulous, conscientious and detail-orientedA quick learnerStrong verbal and written communication skillsAbility to obtain a Canadian security clearance is requiredDesired Skills and Experience Each of these is a plus.
This list is prioritized.Experience with Scanning Probe Microscopy (SPM) or Atomic Force Microscopy (AFM)Experience in Cryogenic UHV experimentationExperience in developing and operating a system that was reliant on previously unproven technologyExperience with Molecular DepositionExperience with Molecular ManipulationExperience with Transfer PrintingExperience with automated manufacturing systems1-3 years of Vacuum system work experienceDemonstrated interest in advanced technologyExperience with Lean, Agile and/or ScrumExperience with programming tools such as Python, C+, C#Experience with Confluence and/or JiraExperience with micro-robotics, micro-manipulation, and/or micro-assemblyExperience with MEMS and/or NEMSCAD/CAE such as SolidWorks, Catia, Autodesk Inventor, or ProE/CreoWork EnvironmentThe employee will work primarily at a facility in Ottawa, ON.Position Type/Expected Hours of WorkThis is a full-time position, with a minimum expectation of 40 hours per week.
Hours are somewhat flexible and some late evenings may be required.
Will be an early member of a rapidly growing team.
This position has no supervisory responsibilities.
Overnight shifts may be required.TravelCollaboration with groups in the Palo Alto, CA and Ottawa, Ontario areas may require limited travel.As an Equal Opportunity Employer, Canadian Bank Note Company, Limited is committed to achieving a skilled and diversified workforce that reflects the diversity of the Canadian population.
We encourage applications from women, visible minorities, people with disabilities and Aboriginal people.
Canadian Bank Note Company Limited is committed to developing inclusive, barrier-free selection processes and work environments.
If contacted regarding this competition, please advise the interview coordinator of any accommodation measures you may require.
Mando Corporation introduced the new vision of 'Freedom in Mobility' at CES 2021
'Freedom in Mobility' as #Freedom of Space, #Smart Delivery, #Autonomous Driving, etc.
Connecting the mobility with people through 'Electric Hyperconnectivity' (X-by-Wire, SPM Module)
PR Newswire
SEOUL, South Korea, Jan. 11, 2021
SEOUL, South Korea, Jan. 11, 2021 /PRNewswire/ -- Mando unveils its new vision based on safety and freedom, the 'Freedom in Mobility', at CES 2021.
Drivers Spm Microsystems
Mando explains the details of 'Freedom' they define, especially in terms of freedom in mobility such as 'Space Freedom', 'Smart Delivery', etc. Also, a future automotive solution, where a vehicle seamlessly communicates with a driver via an integrated module of 'x-by-Wire' technology including Mando's BbW (Brake-by-Wire) and SbW (Steer-by-Wire) all connected by the electric hyper-connectivity, will be introduced. The Smart Personal Mobility Module (SPM Module) connects people with micro-mobility. The SPM Module, as the world's first chainless pedal-assisted system, provides the freedom to the design of micro mobility.
'Space Freedom' enables freedom in in-cabin activities beyond the architectural limits of a vehicle. In fully autonomous driving mode, space freedom is especially needed the most because a driver has all this time available for activities other than driving. With Mando's SbW (Steer-by-Wire), which has been awarded with CES 2021 Innovation Award Honoree, auto stow function is enabled which allows the steering wheel to be stowed away when not in use and taken out again for use when needed. That is how SbW realizes the true freedom in Space. Car makers can now enjoy the freedom from their architectural limits of vehicle design. 'By-wire' technology of Mando can also be applied to the brake system, which is called BbW (Brake by Wire). It is composed of 4 units of EMB (Electro Mechanical Brake), mounted on '4-corner module (4 wheels)', 'E-Brake-Pedal (Electronic brake pedal)', and DCU (Domain Control Unit). Brake-by-Wire eliminates ESC (Electronic Stability Control), booster (brake boost), parking cable, engine oil tube, etc., and obviously it is operated only by pure electric signal. 'E-Brake-Pedal' also has 'auto stow' function to put away the pedal when not in use and take it out again when needed. It definitely provides much more free space in leg room for drivers. BbW does not use brake oil, thus it is easy to maintain and eco-friendly as well. Mando, as the only company in the world to develop/manufacture brake, steering, suspension, and ADAS, has been accelerating the development of 'In-Wheel-Motor (drive part in electric vehicle)' and 'ECM (Electric-Corner-Module)' based on the experience of designing 'SbW' and 'BbW'.
'SPM Module (Smart Personal Mobility Module)' introduced by Mando is a chainless pedal-assisted electric drive system. Micro mobility manufacturers are the target customers. SPM Module enables the novel concepts of 2, 3 or 4-wheels and it also provides various lifestyles in numbers of scenes in our daily life. SPM Module, with cutting-edge technology such as AI, IoT, Cloud, etc., is aimed for the delivery market first, and is planned to start making its way to the European market this year.
The autonomous driving technology of Mando has its priority on the safety of drivers. Mando, which develops / manufactures from detection sensor (camera, radar, etc.) to main controller (DCU: Domain control Unit) and control software, introduces the dual safety (redundant) control technology based on the 'High Performance DCU' at this CES. This dual safety device is also applied to the brake and steering (driving system) component.
Drivers Spm Microsoft
Mando plans to approach the global customer at this CES. Taking CES 2021 as a start, Mando is showing its strong willingness to challenge the future without any limitation as a cutting-edge mobility integrated solution provider.
Video clips conveying the messages of Mando CES 2021 will be available at Mando YouTube Channel from Jan. 12 (Korean time).
Mando YouTube Channel : https://www.youtube.com/channel/UCHf4pvD_dSJ_W1T2p0dj38w
View original content to download multimedia:http://www.prnewswire.com/news-releases/mando-corporation-introduced-the-new-vision-of-freedom-in-mobility-at-ces-2021-301205336.html
SOURCE Mando