Principal Engineer - Risk & Reliability

Description

• Completed a first draft of the FMEA for the indoor product and lead updates on conducting a GAP analysis and identifying mitigation strategies in collaboration with the product team.
• Identify gaps in VEIRs understanding of the reliability of our components that impact system design
• Lead the development of the FMEA for the indoor product in collaboration with key stakeholders.
• Identify and recommend changes to inspection and maintenance procedures
• Share out your initial analysis and findings with VEIRs engineering teams.
• Continued using your findings to make design recommendations for VEIRs future generation of products.
• Based on the findings of the risk and reliability analysis, you will provide design recommendations that will enable VEIRs system to meet reliability targets.
• Continue refining the indoor product FMEA as the product design matures.
• Finalize the first draft of the risk assessment for the indoor product.
• Conduct reviews and document lessons learned from the indoor product FMEA.
• Begin quantitative risk assessment for VEIRs cryogenic cooling system and superconducting cable.
• You begin sharing your findings and insights with VEIRs customers.
• Review VEIRs system and provided recommendations on software and methods for performing the risk and reliability assessment
• Work closely with the product team to iterate on system modifications that enhance performance and align with customer requirements.

Requirements

• You may have some experience designing, modeling, and testing complex thermal or electromechanical systems.
• You’ll bring strong knowledge of system optimization, and you may have some knowledge or experience with fluid dynamics and heat transfer
• You may have familiarity with power transmission systems and/or data center operations.
• You are an outstanding communicator (written and verbal) across all levels of the organization and can work effectively in a fast-paced collaborative environment.
• You may have experience in engineering software for system modeling (e.g., MATLAB, Simulink).
• You thrive on effectively managing multiple projects with competing priorities that require making decisions under pressure and working under tight deadlines
• You are energized by a fast-paced environment and are comfortable working with ambiguity.
• You'll bring 12+ years of experience of reliability engineering in a related field, such as; fluid systems, power systems, cryogenics, or thermal management.
• You are a highly motivated, self-starter with a positive approach to problem solving
• You are highly curious and solutions-oriented, and excel at deconstructing complex problems into manageable components to develop effective solutions
• You’ll have a bachelor's or master's degree in Mechanical/Nuclear Engineering, Electrical Engineering, Systems Engineering, or a related field.
• You'll have demonstrated experience leading FMEA and Risk Analysis (e.g. Fault Tree Analysis, Probabilistic Risk Assessment)

Benefits

Training + Development

Interview process

Visa Sponsorship

Security clearance