Job Posting – Software Developer, Maps & Navigation Background/Rationale MAZDIS is a Canadian company based in Vancouver, British Columbia with its core specialty and focuses on Secure Automated Bicycle Parking (SABPS). At MAZDIS we combine a variety of sciences and technologies, such as robotics, automation, computing science, AI, and progressive manufacturing and design methods to provide unique, reliable, and efficient integrated bicycle parking solutions. MAZDIS bicycle parking solutions significantly improve the bicycle parking experience and the security of the bicycle and reduces the storage footprint and along with its intelligent software complete the transportation network by integrating personal cycling into other modes of transportation which significantly improves the First and Last Mile problems. MAZDIS Semi-Autonomous Cargo Trailers enables bicycle as the most economical and environmentally friendly option, to have the towing capacity for a medium to a large load. As an ideal candidate, you are skilled in signal processing, machine learning, optimization, 3-D simulations, computer vision, programming, numerical analysis, image processing, electronics, and communications. You will build systems that process and analyze our diverse semi-autonomous driving data and our neural network training labels to produce analytics. You will research, design, implement, optimize, and deploy deep learning models that advance the state of the art in perception and control for semi-autonomous driving. A typical day to day includes reading deep learning code/papers, implementing described models and algorithms, adapting them to our setting, driving up internal metrics, working with downstream engineers to integrate neural networks to run efficiently on the embedding system, and incrementally tracking and improving feature performance based on the semi-autonomous trailer and leading bicycle. Responsibilities · Train machine learning and deep learning models on a computing cluster to perform visual recognition tasks, such as segmentation and detection. · Develop state-of-the-art algorithms in one or all the following areas: deep learning (convolutional neural networks), object detection/classification, tracking, multi-task learning, large-scale distributed training, multi-sensor fusion, etc. · Optimize deep neural networks and the associated preprocessing/ post-processing code to run efficiently on an embedded device. · Design the software architecture and firmware implementation on hardware through integration, test, and high-volume manufacturing. · Build data pipelines and visualizations that provide actionable insights from the data. · Develop and implement motion planning software and algorithms for autonomous vehicles. · Model both navigation and obstacle avoidance in a dynamic environment. · Design and develop autopilot software architecture, including designing interfaces between subsystems · Collaborate with the control systems, simulation, and modeling teams to design control strategies that can be implemented in software efficiently. · Conduct high-level system design and analysis · Design and implement metrics, applications, and tools that provide data insights. Requirements · Master of Computer Science, Computer Engineering, Electrical Engineering with hands-on experience with robotics, real-time controls, system software, or equivalent practical knowledge. · An ideal candidate is very comfortable in cluster environments and experienced with computer systems concepts (CPU/GPU interactions/transfers, latency/throughput bottlenecks during the training of neural networks, CUDA, pipelining/multiprocessing, etc.). · We are at the cutting edge of deep learning applications. The ideal candidate has a strong understanding of the under the hood fundamentals of deep learning (layer details, backpropagation, etc), implementing related academic literature and experience in applying state of the art deep learning and reinforcement learning models to visual navigation · Experience with data science tools including Python scripting, numpy, scipy, matplotlib, scikit-learn, jupyter notebooks, bash scripting, Linux environment. · Experience with PyTorch, or at least another major deep learning framework such as TensorFlow, MXNet. · In-depth knowledge of Maps / GIS / Computational Geometry data · Hands-on experience in robotic or autonomous vehicle system design and implementation: feature development, system debugging and code optimization · Advanced proficiency with driver assistance sensors such as radar, camera, ultrasonic, and lidar, including the measurement and data-reduction, target identification and environmental synthesis, and sensor fusion. · Understanding of electrical engineering principles; communication systems, ability to read & understand schematics, use lab instruments, build basic electrical systems, and board /chip bring up. · Experience with both simulation and hardware implementation. · Experience with solving software problems using geometry and linear algebra · Shipped safety-critical software in a fast-pace environment · Strong understanding of statistics. · Ability to rapidly prototype and test new algorithms Impact and desired outcomes People around the world began using bicycles more often for their commute over the past two decades. It is growing so fast that cycling has become one of the main modes of transportation in most countries. The proposed project is a companion to the storage system line of products, and it arises from the company’s extensive market research and strategic market positioning within the next five years. The company believes that the development of such a trailer would expand and ultimately disrupt the overall cargo transportation market. The new trailer is envisioned to address the needs of a larger population. It will also encourage resource sharing via the cloud with other users. Environmentally, the new trailer will be an electric vehicle, and thus, it is more economical and environmentally friendly than the conventional towing truck. Interaction During COVID-19 You can work from HOME, as long as: Attend Daily the 5-minute Meetings (call during COVID-19) Attending Product Development Meetings (Video Conference during COVID-19) Be fully Engaged with Supervisor as required Deliverables We would like to receive progressive reports during your engagement. Your reports will be incorporated into the guidelines and procedures of the company. Please send your application (cover letter, resume and portfolio) to HR@mazdis.com.

Job Posting - 3D Animator Graphic Designer Background/Rationale MAZDIS is a Canadian company based in Vancouver, British Columbia with its core specialty and focuses on Secure Automated Bicycle Parking (SABPS). At MAZDIS we combine a variety of sciences and technologies, such as robotics, automation, computing science, AI, and progressive manufacturing and design methods to provide unique, reliable, and efficient integrated bicycle parking solutions. MAZDIS bicycle parking solutions significantly improve the bicycle parking experience and the security of the bicycle and reduces the storage footprint and along with its intelligent software complete the transportation network by integrating personal cycling into other modes of transportation which significantly improves the First and Last Mile problems. MAZDIS product has already been launched. Now we are intensely working on our business development planning, market penetration and strategic planning to scale and secure our presence in the market. In order to achieve these goals, during this term of action, we need to create and develop work procedures, execution plans, materials to make the adaptation of our product and buying easier for the client. It means sales happen when we are not physically there. Responsibilities Collaborating with the team members to understand needs, review scripts, design storyboards, and create and edit animations. Delivering design concepts and creatives for infographics, videos, motion graphics, multimedia presentations, and/or web. Developing storylines and storyboards for the video and/or animation products Using Maya and other techniques to produce animations. Listening to feedback and altering animations to better suit project needs. Using creativity and artistic techniques to tell a story or provide information in visual form. Researching industry trends and developments and learning new applications. Work with department leads to create stylized design and performance and meet the vision of the director, adhering to set deadlines. Work with the storyboard/animatic/layout and create feature level, key-framed animation. Personal responsibility in a work from a home model with the current societal regulations. Requirements Bachelor’s degree or certificate in computer science, animation, fine arts, graphic design, or related field. (students can also apply) 2+ years of experience as a professional animator in the animation industry. 2+ years in 3D animation packages, specifically Maya. Strong interpersonal, communication, presentation, and computer skills. Understanding of animation, storytelling, and character development techniques. Attention to detail, adaptability, and receptiveness to feedback and direction. Ability to work independently or with a team to develop animations and solve problems. Strong understanding of key-framed animation development processes, limitations and dependencies. A strong understanding of basic human kinetics and basic real world physics. Understanding of rigging, modelling and animation principles. Impact and desired outcomes People around the world began using bicycles more often for their commute over the past two decades. It is growing so fast that cycling has become one of the main modes of transportation in most countries. Having the experience of living in the Netherlands, the leading nation for commute cycling, during the early 2000s, the founder of MAZDIS has foreseen the problems that cyclists, local governments and property owners are going to face in the future. This was the foundation to start MAZDIS by addressing the main problem of commute cycling which is secure and space-efficient bicycle parking solutions. We have this challenge along our path to market, like any company with disruptive new technologies, to make it easier for our clients to adopt our product. Interaction During COVID-19 You can work from HOME, as long as: Attend Daily the 5-minute Meetings (call during COVID-19) Attending Product Development Meetings (Video Conference during COVID-19) Be fully Engaged with Supervisor as required Deliverables We would like to receive progressive reports during your engagement. Your reports will be incorporated into the guidelines and procedures of the company. Please send your application (cover letter, resume and portfolio) to HR@mazds.com

Job Posting – Mechanical Designer/Engineer Background/Rationale MAZDIS is a Canadian company based in Vancouver, British Columbia with its core specialty and focuses on Secure Automated Bicycle Parking (SABPS). At MAZDIS we combine a variety of sciences and technologies, such as robotics, automation, computing science, AI, and progressive manufacturing and design methods to provide unique, reliable, and efficient integrated bicycle parking solutions. MAZDIS bicycle parking solutions significantly improve the bicycle parking experience and the security of the bicycle and reduces the storage footprint and along with its intelligent software complete the transportation network by integrating personal cycling into other modes of transportation which significantly improves the First and Last Mile problems. MAZDIS Tech Team is bringing mechanical design and fabrication to create a next-generation of MAZDIS Secure Automated Bicycle Parking Systems (SABPS1 Model 1). As a member of our team, you will influence the direction of our products. You must have a genuine passion for engineering products that will fundamentally change the cycling as a mode of transportation. The team is small, committed, and fast-moving. and you must expect to work in a fast-paced, entrepreneurial environment. Responsibilities Solving complex design problems and designing mechanical parts from the ground up. Create 3D models using sheet metal and part modelling functionality in 3D CAD software, Solidworks. Create complex drawings and bills of material for sheet metal, bus bar, and assemblies. Developing parts by analyzing work orders, prints, and completed assemblies; calculating project requirements determine appropriate methods for fabrication, develop flat pattern layout plan, bring to CAD/CAM design Write, submit, release Engineering changes to new and released product documentation in CAD and Product Lifecycle Management (PLM) database using our revision control system. Collecting materials by studying specifications and component requirements; creating BOM for order processing, process materials utilizing efficiency in material yield Applying DFP principals: Minimized part count: Lowering part counts reduces costs, encourages an easy assembly process, and increases the strength of the final design. Simple manufacturing: All designs should be easily completed with requesting bends, cuts, and perforations that can be easily performed with standard fabrication tools. Easy assembly: Simplify the process and reduce assembly time by designing parts that have obvious orientations and fit together smoothly. In addition to universal DFM principles, follow specific guidelines for sheet metal DFM, such as Hole sizes, Hole location, Punch-to-die clearance, Collars and coining, Bend relief, Beads and chamfers, Grain structure: Bends at edges, Corners and points, etc. Work with cross-functional groups with the same goals for the project. Create order lists for prototype units and ensure material is received with Project Managers. Contact with outside vendors and suppliers as needed. Requirements BS or higher in Mechanical Engineering or related discipline. Experience with Mechanical Parts and Sheet Metal Design and Optimization with FEA. Simulation experience is required. Familiarity with design for manufacturing (DFM) engineering philosophy. Knowledge of high volume manufacturing processes. Proficiency in FEM, Solidworks (Fusion 360 and CATIA v5 experience highly valued). Experience with transitioning products and processes from prototype to production desired. Experience creating technical specifications for automated manufacturing equipment is highly desired. Detail-oriented with solid documentation and reporting skills. Remain engaged, proactive and positive while solving very challenging problems. Own assignments and take full accountability for overall team success. Excellent problem solving, critical thinking, and communication skills. Impact and desired outcomes People around the world began using bicycles more often for their commute over the past two decades. It is growing so fast that cycling has become one of the main modes of transportation in most countries. Having the experience of living in the Netherlands, the leading nation for commute cycling, during the early 2000s, the founder of MAZDIS has foreseen the problems that cyclists, local governments and property owners are going to face in the future. This was the foundation to start MAZDIS by addressing the main problem of commute cycling which is secure and space-efficient bicycle parking solutions. We have this challenge along our path to market, like any company with disruptive new technologies, to make it easier for our clients to adopt our product. Interaction During COVID-19 You can work from HOME, as long as: Attend Daily the 5-minute Meetings (call during COVID-19) Attending Product Development Meetings (Video Conference during COVID-19) Be fully Engaged with Supervisor as required Deliverables We would like to receive progressive reports during your engagement. Your report will be incorporated into the guidelines and procedures of the company. Please send your application (cover letter, resume and portfolio) to hr@mazdis.com.