Join our globally growing team at ATS Industrial Automation where we create complex automation solutions at the highest level that sustainably impact lives around the world. At ATS, a publicly traded global company with a proud 40:year history, we help drive the future with our factory:wide automation solutions. At ATS Industrial Automation, what we do matters : both to our customers and to their customers. With 1000 skilled employees around the world, we design, build and service mission:critical automated assembly and test solutions for mobility, nuclear and specialty automation. Our customers are leaders in their industries and rely on us to deliver what we promise : on time and on budget. Combined with our broad product portfolio, financial strength and global presence, we provide our customers with the best automation solutions wherever and whenever they need them. Major Duties :As a Senior Systems Engineer : Nuclear you are the driving technical force behind problem solving efforts. You will work with the customer, ATS project manager, and ATS design, assembly, and software teams to design the solutions that meet the customers requirements. You will get the opportunity to thrive as a technical leader by wearing the 3 hats: 1) understanding the customers technology and process and becoming the subject matter expert in the equipment/system, 2) providing project technical clarity by defining system requirements and validating system capability, and 3) being the technical leader on the system from cradle to launch, guiding the design teams, managing technical risk, and driving improvements in quality, cost, and delivery. Your ability to design, create, execute, solve problems and work as a team will drive the team's success. Specific Responsibilities Subject Matter Expertise :Learn the customer process and become the local expert in it, to support the design, fabrication, integration, testing, and commissioning of machines/tools/systems. :Take engineering responsibility for component and system level analysis, calculations, or studies to verify: :Structural integrity, :Ability to meet functional requirements (forces, strokes, speeds, pressure/flow, accuracy/repeatability, cycle times, reliability/service life, etc.), :Design and operating conditions (pressure, temperature, radiation, seismic, etc.), :Compliance with applicable codes and standards. :Prepare/review technical project documents such as Failure Modes and Effects Analyses and Safety Risk Assessments, ALARA reports, installation/commissioning plans, operating sequence/flowcharts, execution storyboards, operating and maintenance manuals, etc. Requirements Definition and Verification :Responsible for ensuring design requirements are appropriately documented. :Learn, understand and flow down customer and industry requirements, including applicable codes and standards, to ensure overall machine compliance. :Prepare/review vendor technical specifications and interface with vendors of process critical third:party equipment, including acceptance testing and buy:off of equipment at vendor site. :Using tools such as a Verification Matrix, plan for verification of all design/system requirements. :Responsible for requirements verification by evaluating engineering drawings and specifications for conformance to design inputs/requirements, performing analysis (calculations, simulations, etc.) and testing (POP testing, design validation testing, factory acceptance testing, site acceptance testing, etc.). :Responsible for planning of Acceptance Testing, including preparation of test plans, ensuring availability of resources, mock:ups, fixtures, test support equipment, etc., and leading test execution with the customer. Project Technical Leadership :Responsible for planning, execution, and monitoring of systems design and development. :Responsible for Design Plan preparation, defining responsibilities for implementation, an