About the role

Canada Rocket Company is building a sovereign launch capability for Canada. Were looking for a Head of Propulsion Systems to build and lead the team responsible for the propulsion and fluid systems on the vehicle. This is both a leadership and technical role. As a demonstrated leader, strategic manager, technically proficient engineer you will guide the team through design, development, operation, and reuse of propulsion and stage fluid systems.

What youll do

• Steer the technical direction and architecture for propulsion and vehicle fluid systems.


• Drive development, qualification, production, flight, and reuse of propulsion and vehicle fluid systems.


• Manage propulsion and fluid systems’ schedule, budget, resources, risk, design reviews, as well as suppliers and subcontractors.


• Plan, coordinate, and oversee concurrent propulsion subsystem programs.


• Build, lead, and mentor an exceptional multidisciplinary team consisting of systems engineers, combustion devices engineers, turbomachinery engineers, components engineers, thermal analysts, fluid analysts, structural analysts, and more.


• Instill a culture of extreme ownership and efficient actions.


• Interface with customers, launch operators, or government agencies (e.g., FAA, NASA, DoD) on propulsion certification.

Qualifications

• 10+ years of experience in design, analysis, development, qualification, and operation of liquid bipropellant rocket engines with appreciable durations both as an individual contributor and leader.


• Proven ability to build and lead engineering teams, including hiring, mentoring, and establishing processes from an early stage.






• Inclination toward a fast-paced, resource-constrained workplace with rapid hardware development using iterative design-build-test cycles that are central to the engineering culture.


• Experience with sizing, material selection, fabrication processes, and developing injectors, chambers, and or nozzles.


• Awareness of basic turbomachinery configurations, operations, and performance parameters.


• Analyze or trade propulsion elements using first order thermodynamic, fluid mechanics, and structural mechanics analyses.


• Proficiency designing, analyzing, and interpreting complex fluid systems as well as understanding the behaviour of the mechanisms in those systems.


• Experience sizing and using components such as solenoid / pneumatic / hydraulic valves, regulators, check valves, relief valves, filters, pressure transducers, thermocouples, flow meters, etc.


• Experience sizing and using plumbing parts including tubing, piping, flanges, gaskets, o-rings, fittings, etc.


• Proficiency applying first principles to identify solutions not traditionally considered.


• Issue identification, diagnosis, and resolution including Failure Mode, Effects, and Criticality Analysis (FMECA), Fault Tree Analysis, and Fishbone analysis.


• Experience preparing for and participating in test and or flight campaigns.


• Hazardous operations (HAZOP) planning and safety culture leadership.


• Functional proficiency in Visio, CAD, and Python.


• Familiarity with CGP, EIPA, ITAR, etc regulations.


• Stakeholder reporting to senior leadership and customers.


• Proposal writing and business development exposure.