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A leading technology company in Burlington, ON is seeking an experienced Systems Designer to innovate within their engineering team. This role involves managing complex system designs and requirements for airborne optical sensor systems, ensuring high performance under critical conditions. Candidates should have over 10 years of experience in mechatronics and possess strong problem-solving skills. The company promotes a hybrid work model, fostering collaboration and innovation.
Job Description
Salary :
Systems Designer - Requirements Engineering
Airborne Optical Sensor Systems
January 2025 (Expected Start Date)
Burlington ON
Please note that to be considered for any position at PV Labs, all candidates must be eligible to meet the requirements of the Canadian Controlled-Goods Program of the Defense Production Act, and be able to hold and maintain a Canadian Security Clearance. If you are not clear about your eligibility, please consult the Government of Canada website HERE
PVLabs is seeking a seasoned Systems Design expert to help us broaden and evolve our Systems Design and Requirements framework allowing you to apply everything you know about managing product requirements, systems design and how it could be done more efficiently. Its the kind of role where getting it right is a whole-team effort, and where your expertise matters.
Working with our small but mighty engineering team - you'll enjoy local decision-making and putting your own signature on our overall systems engineering capability.
For PVLabs, this requires deep experience in understanding, designing and articulating the operational capability of electromechanical / electro-optical systems and subsystems, and being able to adapt, communicate and apply fundamentals of systems development to specific customer applications and configurations.
This role is critical for ensuring that complex airborne optical systems meet the rigorous standards required for military, ISR, law enforcement & public safety / search & rescue applications, maintaining high-performance under challenging environmental conditions. The Systems Designer position will play a key role in advancing cutting-edge stabilization and payload technology and ensuring mission-critical reliability by, ultimately, effectively communicating status, challenges, and blockers to our leadership team, and collaborating with Project Engineering regarding tasking and priorities to our engineering labs with clear direction and oversight.
Obviously, some typical Systems Engineering fundamentals will anchor the roles responsibilities, including :
What were ultimately seeking is an objective thinker who can look at an opportunity or a problem from several perspectives and create solutions that makes sense for both now and the future. Someone who can understand the entirety of Systems Engineering and solve for issues as, or before they arise.
Our success is not only derived from the collective technical capabilities of our team, but more importantly HOW we work together. Here's what we value, and we seek those share the following :
PV Labs is where your engineering career meets limitless innovation and unparalleled impact and you'll be immersed in an environment where groundbreaking technology meets exceptional talent. We take immense pride in our distinctive workplace culture - it fosters collaboration and ingenuity, creating an atmosphere of autonomy, mastery and purpose.
Our workplace culture is derived from our signature work-life philosophy weve fully embraced a 4-day, 8-hour per day work week, throughout the year supported by a hybrid working mode model that allows you to work from where it makes the most sense to. We focus on maximizing performance by measuring outputs instead of metrics on hours or location, and the idea that team performance achieved through individual performance.
As an integral member of our skilled engineering team, you'll be able to really channel your focus, passion, and expertise into an array of ground-breaking systems, products and projects. Your contributions will span the design, development, and maintenance of state-of-the-art electro-mechanical stabilization platforms, motion-control systems, camera and lens control systems, video-processing technologies, remote I / O subsystems, and the integration and control of cutting-edge laser technologies.