LOCATION: Shenzhen, China

LMI Technologies, recognized as one of Canada’s 50 Best Workplaces, is a medium-sized technology company built on a culture of openness, respect and professional excellence. At LMI our staff work passionately toward the common goal of designing and delivering innovative 3D machine vision solutions to OEMs and System Integrators working in industrial factory automation around the world. The result of this teamwork is high-performance, easy-to-implement and cost-effective 3D sensor technologies that deliver the best results in even the most challenging 3D inline inspection applications.

JOB SUMMARY

You will apply your machine vision and data processing knowledge to create proof-of-concept, prototype or final 3D measurement tools and inspection applications. The successful candidate will have a proven ability to extract application requirements from customers and develop complete high-performance inspection applications using the company’s 3D smart sensor hardware and software tools - from measurement algorithms to an HMI interface. 

This position is expected to be intermediate level where independent skill and company knowledge are applied to meet well established project deliverables.The Vision Software Engineer position routinely applies their skills to design, develop, test, document, and deliver against requirements and specifications to deliver project-driven deliverables under tight timelines.

RESPONSIBILITIES

• Develop algorithms to solve generic and specific inspection applications 
• Meets tight delivery expectations against key project milestones 
• Produces required technical reports and documentation  
• Produces task lists to breakdown project assignments into appropriate level of detail
• Participates in regular design reviews and demonstrates strong adherence to checklist requirements
• Understands and utilizes the tools and processes defined by the group to effectively carry out project work
• Follows clearly established standards and guidelines as provided by the Team Leader
• Works closely with their team mitigating issues with solutions
• Frequent travel and on-site customer visits required to assess sample parts, formulate solutions, and deliver prototype systems

QUALIFICATIONS

• Bachelor of Computer Science or Computer Engineering degree or equivalent. Master degree in related fields a strong plus. 
• 2-5 years experience in software and algorithm design for real-time 2D or 3D inspection applications. Expertise in areas such as pre-processing, feature detection, feature extraction, feature segmentation and final measurement. 
• Proven knowledge of machine vision and image processing.
• Strong C/C++ programming skills with a good mathematical background. 
• Knowledge of 3D and/or sensor design is a strong plus. 
• Pursues problem solving with clear understanding of facts and defines test plan and solution strategies
• Good verbal and written communication skills. Produces clearly written reports summarizing analytical results and proposing solutions to customers. 
• Solid interpersonal skills are required to function appropriately in a team or an independent environment and to build up good customer relationships. 
• A valid passport and the ability to travel domestically or internationally.

If you are interested in working for a fast-growing global technology company with an inspiring and engaging workplace environment, we invite you to contact us at careers@lmi3d.com and talk about the possibilities of beginning a rewarding new chapter of your career.

In many industrial quality control applications, Gocator is mounted onto robotic arms to serve as the 3D vision for inspection or guidance. The results are used to verify part features or accept/reject parts, and this feedback can determine robot motion. 

In specific robotic applications where the robot is moving back and forth in a simple inspection cycle, there are specific Gocator trigger settings you can use to optimize sensor performance.

TIP: Use Encoder Ignore Backward in Back-and-Forth Robotic Applications

Encoder is one of four types of sensor triggers in Gocator. It causes the sensor to acquire a scan in response to encoder motion (i.e., changes in the values the encoder reports).

A common robotic inspection application involves moving the robot forward to scan, and then backward to return to its original position in order to scan the next part in the queue. In this type of application, the sensor needs to move backward without triggering the sensor to take a scan.

By using Gocator’s Encoder behavior set to Ignore Backward, a scan is triggered only when the target object moves forward.

The Benefit

Ignore Backward allows you to prevent your Gocator sensor from acquiring “junk” data from parts or surfaces that cross the sensor’s field of view as it travels back to its original position––ensuring the scan data is “clean” (i.e., only of the desired target).

In Gocator, filters are used to post-process scan data along the X or Y axis to eliminate occlusions; remove noise, outliers, and edge effects; and “clean up” data before it is used by built-in measurement tools. The type of filter you choose depends on your specific application needs.

Gap Filling for Eliminating Occlusions

Gap Filling is used to fill in missing data points caused by occlusions. Gap Filling uses either the lowest values from the nearest neighbors or linear interpolation between neighboring values (depending on the Z difference between neighboring values), in a specified X or Y window.  

Gap Filling also fills gaps where no data is detected, which can be caused by the target’s surface reflectivity—for example dark or specular surface areas or actual gaps in the target surface. With this capability you can accurately scan challenging surface areas in applications such as electronic small parts inspection.

Gocator's easy-to-use Filters panel 

Median and Smoothing For Eliminating Outliers and Random Noise

The Median Filter substitutes the value of a data point with the median calculated within a specified window around the data point. Median is highly effective at random noise reduction, capable of completely discarding any outliers (very high or low measurements).

The Smoothing Filter is also used to reduce random noise in the scan data. Smoothing is faster than Median and works by substituting a data point value with the average value of that data point and its nearest neighbors within a specified window. Smoothing is most useful in high-speed applications and when scanning objects with lower noise levels.

Example of the Median Filter's effectiveness at reducing random noise

Smart Feature: Part Edge Filtering for Reducing Edge Effects

Part scans sometimes contain noise around the edges of the target. This noise is usually caused by the sensor’s light being reflected off vertical sides, rounded corners, etc.

The Part Edge Filtering feature in Gocator is another way to reduce edge noise in order to produce more accurate and repeatable volume and area measurements, as well as to improve the positioning of relative measurement regions used for anchoring.

With Part Edge Filtering disabled:

With Part Edge Filtering enabled: 

Decimation for Increased Data Processing Speed

The Decimation Filter reduces the number of data points along the X or Y axis by choosing data points at the end of a specified window around the data point. For example, by setting X to 0.2, only points every 0.2 millimeters will be used.

Decimation increases Gocator’s speed by reducing the amount of data that measurement tools need to process—with a small tradeoff in resolution. This filter is useful in applications where processing speed takes precedent over high-resolution, for example in high-volume inline inspection of large parts.

Slope for Inspecting Rotating or Tilted Objects

Available on Gocator Single Point Profile Sensors, the Slope Filter extracts sharp changes within a profile in the presence of slow vibration, or other sources of incremental change such as positional variation. The Slope Filter is useful for inspecting defects on an object like a rotating or slightly off-center shaft or drum.

LMI Technologies is pleased to announce an upgrade to the popular Gocator 2100 and 2300 series with a new sensor controller (C series hardware) and the new and more flexible Master networking hubs. Availability starting November 2016.

Existing Gocator 2100 and 2300 Series Receive New Controller
The new sensor controller is more powerful, allowing your Gocator-based solutions to run even faster than before at a lower overall temperature. Even better, pricing for the new sensors remains the same!

The new controller is supported on Gocator Firmware 4.5 SR 1 and later. Gocators running Firmware 4.5 SR 1 can be connected to an SDK-based application that was built on Gocator 4.x SDK. If your application is built based on Gocator 3.x SDK, you will have to upgrade to the 4.5 SR 1 SDK before you can communicate to the sensor.

The Gocator 2100 and 2300 series are adjusted as follows:

1. Gocator 2100 and 2300 sensors with the new controller are designated with hardware version C. Standard and vertical market models are upgraded.
2. Gocator 2350-2M and Gocator 2370-3R are now standard models. They extend the medium to larger size models to a lower laser class, enabling a safe deployment in applications where human operators might be in direct contact with the laser during operations.
3. Gocator 2140-2M and 2150-2M are now standard models to provide additional options to cost-sensitive users for their scanning needs.
4. Laser power output of Gocator 2330-3R is optimized (brighter). Note: the laser class does not change, but existing users might need to lower their exposure settings.
5. Vertical market models that have been upgraded include the Gocator 2342-3B.
6. 5m and 10m cable part numbers are updated to follow the same standard conventions.

The Gocator 2100 and 2300 series, along with some of the cable part numbers have changed. Please refer to the summary tables below for more details.

Please note that Gocator 2320, 2880 and 3B-N models are not included in the list. They will be upgraded at a later date.

Existing Models

New Models

Accessories

Accessories

Two New Master Models Upgraded
The Master 810 will replace the Master 400 and 800. The Master 2410 will replace the Master 1200 and 2400. These new Masters are designed to provide the following benefits:

1. Expanded encoder and digital input capabilities for greater flexibility. 5V and 12V single-ended and differential encoders are now supported.
2. Compact form factor with DIN-rail mounting option. Adaptors are provided for 1U mounting, with the same mounting position as Master 400/800 and 1200/2400.
3. Accepts 24V and 48V input.

The new Master pricing is lower, further reducing the cost of deploying a multiple sensor network.

Please note that the power and input connectors are different and might require re-wiring during installations.

Ordering
Please order using the new part numbers starting November 1, 2016. Initial delivery will occur in November. During the transition, orders might be fulfilled with existing or new hardware versions depending on availability and required lead times. LMI customer service will contact you in cases where the hardware revision shipped is different than what is specified in the order. LMI will ensure items in a sales order are fulfilled with the same hardware version (i.e. either all in A series hardware, or all in C series hardware).

Revised datasheets for Gocator 2100, Gocator 2300, and the Master series can be found on the Downloads page of the LMI Technologies website. The user manual can be accessed online.

Leading 3D smart sensor company is moving into a new and larger hi-tech office to meet rising production demand

A calibrated sensor is one that is able to deliver engineering units as output (as verified by a traceable calibration artifact). Without this ability, a sensor is essentially useless to customers who are trying to perform dimensional analysis (metrology).

Many scanners or sensors today are not pre-calibrated, leaving system integrators with the onerous task of converting 3D point clouds into something useful. Integrators might handle this issue once, but what about applications that need absolute uniformity across many sensors where consistency and accuracy are paramount? For these reasons pre-calibration is a necessary feature in a 3D sensor.

Requirements for Sensor Calibration

Calibrating a sensor requires (1) removing the non-linearities in component alignment and lens distortion (through a process called linearization), and (2) ensuring linearity throughout the measurement volume with traceability based on the use of calibration artifacts.

When an optical system is calibrated, there is a mapping established between the field of view to the pixels on a camera in engineering units. This mapping is often encoded into a calibration table that is stored on a sensor then loaded at startup for use at runtime. A pre-calibrated sensor, therefore, delivers engineering units on power up and is ready for use in inline quality control applications where re-calibration is not practical.

Calibration table with sensor and artifact on a motion system

2D vs. 3D Calibration

3D sensor calibration presents a number of challenges that make it difficult for the end user to complete themselves. Unlike 2D camera calibration that relies on a checkerboard artifact to map pixels to engineering units, 3D requires a much more elaborate approach to deliver high accuracy. In 3D calibration, a precision motion-controlled artifact is moved through the measurement range (Z) where a precise mapping of artifact features to pixels is observed. This process requires specialized equipment and 3D mathematical methods to transform pixels to 3D coordinates in engineering units

For this reason, it is far easier for a customer to purchase a factorypre-calibrated sensor––a major feature offered in leading 3D sensors.

Many Types of Optical Models

With factory pre-calibrated sensors, many models are needed to cover the various combinations of field of view and resolution.

Gocator users have the choice of different sensor families, each calibrated to a specific combination of field of view and resolution. Sensor families are based on two proven technologies - laser triangulation and structured light fringe projection. For laser triangulation where the applications involve high speed motion of an object, either single point or line profiler sensors are offered. For structured light where objects are stationary, snapshot sensors are used.

Gocator Single Point, Line Profile and Snapshot Sensors

Benefit to the User

The beauty of a pre-calibrated 3D smart sensor is that the user can simply power up the sensor upon delivery and start scanning immediately with optimal results––straight out-of-the-box––with no extra time, cost, effort or concern. Smart sensors can be deployed into complex machinery with no need for recalibration later offering operational lifetimes up to 10 years.

This is the official End of Service (EOS) notice for MikroCAD products sold under the “GFM” brand name.

Following the acquisition of GF Messtechik (GFM) by LMI Technologies in June 2014, many of the products sold by GFM were re-branded and re-engineered under the “LMI3D” brand name.

At this point, LMI can no longer continue to repair GFM branded MikroCAD products or MikroCAD products running on Windows XP or earlier, and will discontinue product repairs as of Dec 1, 2016. Products actively being sold under the LMI3D brand name will continue to be sold and serviced and GFM branded products will still be provided technical support.

For products affected under this notice that can no longer be serviced, we want to work closely with your company to review your product migration and help you upgrade to LMI’s newer generation products. Please contact your local LMI Sales representative to discuss your options.

LOCATION: Burnaby, BC, Canada

LMI Technologies, recognized as one of Canada’s 50 Best Workplaces, is a medium-sized technology company built on a culture of openness, respect and professional excellence. At LMI our staff work passionately toward the common goal of designing and delivering innovative 3D machine vision solutions to OEMs and System Integrators working in industrial factory automation around the world. The result of this teamwork is high-performance, easy-to-implement and cost-effective 3D sensor technologies that deliver the best results in even the most challenging 3D inline inspection applications. 

JOB SUMMARY

As Marketing Manager, you will have overall responsibility to identify, develop, and measure strategies to meet the company objectives of developing increasing corporate and product brand awareness, an authority in 3D as measured by an increasing web presence and lead generation, development of sales and channel collateral, and supporting various marketing initiatives.

RESPONSIBILITIES

• Strategic planning including corporate positioning, product positioning, market development and penetration plans, and related communications.
• Implement a marketing strategy to position LMI’s products as leaders in their market segments including development of innovative channel programs that build, reward, and support channel partners.
• Manage marketing, advertising, promotional activities and campaigns with measurable increases in qualified leads.
• Manage a professional and creative marketing team.
• Oversee marketing communications of all collateral for consistency, professionalism and clarity of messaging.
• Define and direct marketing programs for demand creation, lead generation and interface with the Director of Sales for lead tracking and management.
• Work closely with the Director of Sales and the Product Management to coordinate product related activities.
• Develop and manage the Company’s entire marketing budget.
• Work closely with CEO to ensure communication is aligned with overall vision, values, and brand.

EDUCATION & QUALIFICATIONS

• University business degree (MBA Preferred) or marketing-related degree or equivalent professional qualifications.
• Emphasis on engineering and communication backgrounds
• 10 years marketing experience in comparable industries with 4 years in a senior management position.
• Relevant product and industry experience.
• Proven success in managing channel partners. Experience with the development and continuous improvement of channel partner programs.
• Proven experience in developing and implementing marketing and sales strategies that have consistently met or exceeded planned objectives, providing personal leadership through example.
• Well-developed business acumen and ability to plan and prioritize
• Excellent communication skills – oral and written – and presentation skills
• Excellent people and management skills to interact with staff, colleagues, cross-functional teams, and third parties.
• Metrics-driven and willingness to be held accountable

If you are interested in working for a fast-growing global technology company with an inspiring and engaging workplace environment, we invite you to contact us at careers@lmi3d.com and talk about the possibilities of beginning a rewarding new chapter of your career.

LOCATION: Burnaby, BC 

LMI Technologies, recognized as one of Canada’s 50 Best Workplaces, is a medium-sized technology company built on a culture of openness, respect and professional excellence. At LMI our staff work passionately toward the common goal of designing and delivering innovative 3D machine vision solutions to OEMs and System Integrators working in industrial factory automation around the world. The result of this teamwork is high-performance, easy-to-implement and cost-effective 3D sensor technologies that deliver the best results in even the most challenging 3D inline inspection applications. 

OVERVIEW

Reporting to the Production Manager, our Manufacturing Technologist provides precision electro-mechanical and opto-mechanical assembly, alignment, calibration and verification of the world’s leading 3D measurement sensors.

The successful candidate must be efficient, quality focused, possess outstanding workmanship and attention to detail while practicing ESD controls, laser safety and inventory controls.

RESPONSIBILITIES

• Assembling, aligning, calibrating and testing new products ensuring high quality and compliance with production documentation and delivery schedule;
• Troubleshooting and thoroughly testing customer repairs in accordance with the production documentation and delivery schedule;
• Assisting engineers in a new product development by assembling prototypes and providing feedback;
• Maintaining calibration and test equipment;
• Proactively contributing to continuous improvement initiatives.

REQUIRED SKILLS AND EXPERIENCE

• Diploma in Electronics (Technology Institute) some previous experience in electronics field is an asset;
• Strong oral and written English;
• Skilled at precision mechanics and hand soldering
• Pride in workmanship with strong attention to detail to achieve LMI quality and workmanship standards
• Ability to stay focused in fast paced environment;
• Trouble-shooting skills;
• Ability to work well independently as well as  being effective in team environment;
• Competent with hand-tools (drills, screwdrivers, etc.);
• Willing to learn quickly and enjoying challenges;
• Flexible - Able to work morning/ afternoon/ evening shifts.

If you are interested in working for a fast-growing global technology company with an inspiring and engaging workplace environment, we invite you to apply and talk about the possibilities of beginning a rewarding new chapter of your career.

LOCATION: Burnaby, BC, Canada

LMI Technologies, recognized as one of Canada’s 50 Best Workplaces, is a medium-sized technology company built on a culture of openness, respect and professional excellence. At LMI our staff work passionately toward the common goal of designing and delivering innovative 3D machine vision solutions to OEMs and System Integrators working in industrial factory automation around the world. The result of this teamwork is high-performance, easy-to-implement and cost-effective 3D sensor technologies that deliver the best results in even the most challenging 3D inline inspection applications. 

JOB SUMMARY

The R&D Project Coordinator is responsible for R&D project administration and will actively participate in each step of R&D projects. Your responsibility will include project management tasks such as scheduling, monitoring, communicating and reporting on R&D projects.

The R&D Project Coordinator is a highly organized person who is excellent at communication and interested in building clarity on R&D projects throughout the company.

RESPONSIBILITIES

• Maintains project status reports, dashboards, design history and project schedules
• Enforces stage gate process and issue tracking.
• Tracks project deliverables, phase reviews and checklists
• Assists R&D manager and product managers in managing the project scope, plan and deliverables.
• Improves project administration process by identifying inefficiencies and recommending solutions.
• Promotes open communication and clarity  
• Promotes quality

EDUCATION & QUALIFICATIONS

• Post-secondary degree or equivalent experience in R&D project management.
• Related experience supporting projects or managing projects
• Understanding of software engineering, hardware engineering and mechanical engineering an asset.
• Ability to work in a collaborative multidisciplinary engineering enviroment.
• Good verbal and written communication skills
• Experience with Jira, MS Office, Google docs, Visio

If you are interested in working for a fast-growing global technology company with an inspiring and engaging workplace environment, we invite you to apply and talk about the possibilities of beginning a rewarding new chapter of your career.

LOCATION: Shanghai, China

LMI Technologies, recognized as one of Canada’s 50 Best Workplaces, is a medium-sized technology company built on a culture of openness, respect and professional excellence. At LMI our staff work passionately toward the common goal of designing and delivering innovative 3D machine vision solutions to OEMs and System Integrators working in industrial factory automation around the world. The result of this teamwork is high-performance, easy-to-implement and cost-effective 3D sensor technologies that deliver the best results in even the most challenging 3D inline inspection applications. 

JOB SUMMARY

The Accounting Supervisor is responsible for all areas relating to financial reporting. This position will be responsible for developing and maintaining accounting principles, practices and procedures to ensure accurate and timely financial statements. The Accounting Supervisor oversees all areas of accounting and tax. This position addresses tight deadlines and a multitude of accounting activities including financial reporting, year end audit preparation and tax reporting. The Accounting Supervisor will have contact with staff from our North American office and which requires strong interpersonal communication skills in English for both written and verbal.

RESPONSIBILITIES

• Obtain and maintain a thorough understanding of the financial reporting and general ledger structure.
• Ensure an accurate and timely monthly, quarterly and year end close.
• Ensure the timely reporting of all monthly financial information.
• Will involve invoicing customers and collections.
• May need to work with customs clearance issues.
• May need to draft customer contracts and non-disclosure agreements.
• Assist with the daily banking requirements.
• Ensure the accurate and timely processing of ACH and wire transactions.
• Collaborates with the other department managers to support overall department goals and objectives.
• Monitors and analyzes department work to develop more efficient procedures and use of resources while maintaining a high level of accuracy.
• Advises staff regarding the handling of non-routine reporting transactions.
• Responds to inquiries from the Director of Finance and firm wide managers regarding financial results, special reporting requests and the like.
• Work with the Director of Finance to ensure a clean and timely year end audit.
• Assist in development and implementation of new procedures and features to enhance the workflow of the department.
• Work with each direct report to establish goals and objectives for each year and monitor and advise on the progress to enhance the professional development of staff.
• Support Director of Finance with special projects and workflow process improvements.

EDUCATION & QUALIFICATIONS

• Business degree with an emphasis in Accounting or equivalent experience.
• Five years prior experience in the financial reporting area.
• Must have strong written and spoken English skills
• Must have strong experience with Microsoft Excel and Word.
• Strong verbal and written communication skills.
• Strong interpersonal, supervisory and customer service skills required.
• Ability to multi-task, work under pressure and meet deadlines required.
• The marginal functions of this position have not been included. This job description in no way implies that these are the only duties to be performed. An employee will be required to follow any other job-related duties required by the manager.

If you are interested in working for a fast-growing global technology company with an inspiring and engaging workplace environment, we invite you to apply and talk about the possibilities of beginning a rewarding new chapter of your career.

The Gocator Emulator is an industry-first, web-based application that allows you to run a "virtual sensor” using pre-recorded data without the need for a physical sensor.

Emulator runs on the same code base used to build Gocator firmware delivering all the exact same visualization, measurement, and control functions you would access with physical hardware.

Since the Emulator is virtual, there is no scanning function. Instead, pre-recorded data is fed into the software allowing a variety of scan parameters to be adjusted to effect different pre-processing. Not only is the Emulator useful for working offline, but SDK users can connect with Emulator to simulate data for testing in their applications.

Traditionally, without virtual sensor tech, you have to get your hands on a demo sensor. With Emulator, however, now you can simply use a virtual sensor to get the same knowledge without the hassle of organizing hardware shipments, hooking up cabling and power supplies, and having to return the unit later.

EXPLORE GOCATOR

In a "Virtual Sensor" Online

Perform 3D measurements without a physical sensor!

TRY ONLINE EMULATOR

Learn how the GDK allows users to develop and embed their own measurement tools in Gocator Firmware, access sensor data streams for custom processing, and leverage Gocator’s web browser framework to deliver native-like measurement experiences. 

Read about the benefits of LMI’s Gocator 2400 Series of 3D Smart Line Profile Sensors, uniquely designed for high-performance electronics and small parts quality inspection. 

LOCATION: Burnaby, BC, Canada

LMI Technologies, recognized as one of Canada’s 50 Best Workplaces, is a medium-sized technology company built on a culture of openness, respect and professional excellence. At LMI our staff work passionately toward the common goal of designing and delivering innovative 3D machine vision solutions to OEMs and System Integrators working in industrial factory automation around the world. The result of this teamwork is high-performance, easy-to-implement and cost-effective 3D sensor technologies that deliver the best results in even the most challenging 3D inline inspection applications. 

JOB SUMMARY

The Senior Purchaser is responsible for the pre-award and post-award management of supply categories assigned to them. He/She will work closely with LMI’s integrated team (Engineering, Production Control, QA) to ensure suppliers are selected and managed in accordance with LMI’s policies/processes and that the supply chain is established and managed in a manner that will meet the current and future demand of LMI’s customers. Key responsibilities include: issuance of RFx documents, negotiation of supply contracts, issuance and maintenance of purchase orders, expediting purchase orders, regular use of ERP system, vendor management and reporting of KPIs.

The Senior Purchaser reports to the Manager, purchasing and has no direct reports however, this position may be required to provide guidance and mentorship to less senior members of the Purchasing team.

RESPONSIBILITIES

• Lead the sourcing, bid evaluation, selection, procurement and delivery of materials and services required for the production of LMI’s products.
• Negotiates pricing, delivery requirements and quantities with suppliers and ensures level of inventory is optimized.
• Monitors goods delivery ensuring they are provided on time in accordance with the purchase order terms and conditions
• Expedite supplier deliveries as required to support the manufacturing schedule.
• Act as liaison between Suppliers and internal stakeholders to ensure technical requirements, schedules and cost targets are fully achieved.
• Records and analyses suppliers KPIs and updates management with supplier’s performance analysis.
• Manages non-conforming materials following Material Review Board (MRB) meetings and works with suppliers to identify and eliminate quality issues.
• Maintains optimal stock levels by managing inventory levels and maintaining commercial data in LMI’s ERP system (i.e. price, lead-time, safety stock etc.).
• Monitors and responds in a timely manner to all issues and purchase requisitions.
• Ensures that technical documentation, product configuration and specification provided to suppliers are complete, accurate and up-to date.
• Promptly notifies suppliers of changes introduced by Engineering Change Orders (ECO).
• Proactively contributes to and implements continuous improvement initiatives.

REQUIREMENTS 

• Strong procurement skill set/knowledge of competitive bid processes.
• Experience working from bills of material in a manufacturing/MRP-system driven environment.
• Previous experience in the acquisition of raw materials, fabricated materials, build-to-specification materials and commercial-off-the-shelf (COTS) products.
• Strong negotiating skills.
• Strong customer service focus and interpersonal skills.
• Demonstrated initiative, creativity and integrity.
• Excellent communication skills both written and verbal.
• Strong organizational skills.
• Intermediate to advanced level computer skills (Word/Excel).
• Demonstrated ability to multi-task, prioritize and problem solve.

QUALIFICATIONS

• Post-secondary Technical or Business diploma or degree. 
• A minimum of 5 years of sourcing, bid evaluation, negotiation and execution of various types of purchase agreements as part of a purchasing organization, preferably in a manufacturing environment.
• Professional certification or training through an accredited procurement society such as the Purchasing Management Association of Canada (PMAC) or American Purchasing Society or The Association for Operations Management (APICS) CPIM program is preferred.

If you are interested in working for a fast-growing global technology company with an inspiring and engaging workplace environment, we invite you to apply and talk about the possibilities of beginning a rewarding new chapter of your career.

Several sensors are required when the target object is larger than what a single sensor is able to scan. The interconnection of sensors, called networking, is an important capability for robust 3D quality inspection.

Distributed Power, Synchronization and Laser Safety

The ability to create a network requires a considerable amount of forethought in a sensor’s design. The main challenge here is implementing a simple method for distribution of power, synchronization and laser safety throughout the network. LMI solves this challenge with its Master Hub and 65m CAT5e cabling designs.

The LMI Master Hub is a dedicated solution for distributing power, data synchronization and laser safety in a multi-sensor network. Masters allow users to easily scale from a single sensor up to a 24-sensor system, are synchronized within 1 μs accuracy, and feature all-in-one cabling to carry data directly between sensors and a network switch. Synchronization data is broadcast to all sensors includes a timestamp, encoder stamp, and the status of direct inputs wired to the Hub.

Sensor Network Calibration

All sensors in a network have to be aligned in order to take accurate measurements on a final 3D point cloud. To do this, alignment software is required to position multiple sensors to a common coordinate system (i.e., world coordinates).

The process requires a known artifact with precise dimensions of a particular shape that all sensors can scan. These scans need to contain one or more unique artifact features that can be used to determine the position of the sensor in world coordinates.

Sensor coordinates are then transformed into world coordinates to form a final 3D point cloud consisting of all sensor data representing the object.

Dual (Main/Buddy) Sensor Networking

Dual sensor networks are made up of two sensors that LMI calls a main and a buddy.

In Gocator, the main/buddy configuration is a built-in feature. In this setup, the first sensor (main) is paired with a second sensor (buddy). The main sensor is able to automatically “recognize” the buddy sensor when each is connected to the same network.

After pairing is complete, the buddy sensor sends its data to the main sensor. Both datasets are then merged into a common coordinate system and used for measurements. For ease-of-use, Gocator dual sensor systems use a single GUI to configure, measure, make decisions and display results. 

Sensor Layout Based on Application

Main/buddy systems can be set up in 3 different orientations depending on the application:  

• Wide Layout for Scanning Large Objects - Main (left) and buddy (right) are used to measure large objects that are wider than a single sensor’s field of view, such as automotive parts.

• Reverse Layout - A variation of wide layout used in order to minimize occlusions. Watch this video of a Gocator buddy sensor network in reverse layout.

• Opposite Layout for Determining Object Thickness - The main and buddy perform top and bottom differential measurements to calculate true thickness when the object cannot be referenced to a known surface like a conveyor. 

• Angled or Ring Layout for Measuring Entire Object Circumference - The main and buddy are set up at an angle or in a ring to eliminate occlusions and scan the entire circumference of an object, as in log scanning applications.

The Future: Scalable Buddy Networking

In some cases, more than one buddy is needed. For example, imagine a case where 20 sensors (10 top, 10 bottom) are required to scan a very long object, from which a large 3D point cloud is generated in order to calculate the object’s volume. In the future, Gocator will offer built-in support for N number of buddies to solve these types of applications.

LOCATION: Burnaby, BC, Canada

LMI Technologies, recognized as one of Canada’s 50 Best Workplaces, is a medium-sized technology company built on a culture of openness, respect and professional excellence. At LMI our staff work passionately toward the common goal of designing and delivering innovative 3D machine vision solutions to OEMs and System Integrators working in industrial factory automation around the world. The result of this teamwork is high-performance, easy-to-implement and cost-effective 3D sensor technologies that deliver the best results in even the most challenging 3D inline inspection applications. 

JOB SUMMARY

The Assistant Controller will be responsible for managing the monthly close, upholding IFRS and driving improvements in the financial reporting. The successful candidate will assist with planning and reporting, Budgeting/Forecasting, financial statement preparation, financial modeling, and business process improvement.  From time to time, will be required to supervise the accounting team.

RESPONSIBILITIES

• Obtain and maintain a thorough understanding of the financial reporting and general ledger structure. 
• Ensure an accurate and timely monthly, quarterly and year end close. 
• Ensure the timely reporting of all monthly financial information. 
• Manage the preparation and review of the monthly consolidated financial statements.
• Strong management of the day-to-day Corporate Accounting functions, including Accounts Payable, Accounts Receivable, Fixed Assets, Cost Accounting and General Accounting.
• Assist with the daily banking requirements. 
• Ensure the accurate and timely processing of ACH and wire transactions. 
• Ensure the monthly and quarterly Bank Compliance activities are performed in a timely and accurate manner. 
• Supports budget and forecasting activities. 
• Collaborates with the other department managers to support overall department goals and objectives. 
• Monitors and analyzes department work to develop more efficient procedures and use of resources while maintaining a high level of accuracy. 
• Responds to inquiries from the Controller and firm wide managers regarding financial results, special reporting requests and the like. 
• Work with the Controller to ensure a clean and timely year end audit. 
• Supervise the accounting group to ensure all financial reporting deadlines are met. 
• Assist in development and implementation of new procedures and features to enhance the workflow of the department. 
• Provide training to new and existing staff as needed. 
• Work with each direct report to establish goals and objectives for each year and monitor and advise on the progress to enhance the professional development of staff. 
• Support Controller with special projects and workflow process improvements. 

QUALIFICATIONS 

• Business degree with an emphasis in Accounting or equivalent experience.  CPA designation required.
• Five years prior experience in the financial reporting area.
• Must have strong experience with Microsoft Excel and Word.
• Excellent communication and presentation skills and ability to manage relationships with third parties.
• Strong interpersonal, supervisory and customer service skills required.
• Ability to multi-task, work under pressure and meet deadlines required.
• The marginal functions of this position have not been included. This job description in no way implies that these are the only duties to be performed. An employee will be required to follow any other job-related duties required by the manager.
• Manufacturing experience with highly developed MRP / ERP skills.
• Experience with multi-site companies /financials.
• Understanding of manufacturing environment and cost accounting.
• Proactive and independent working style.

If you are interested in working for a fast-growing global technology company with an inspiring and engaging workplace environment, we invite you to apply and talk about the possibilities of beginning a rewarding new chapter of your career.