Hello I currently work as a technical project manager at Sandia National Labs. I am applying for the following position at Commonwealth fusion systems, Key Responsibility - Project Leadership:
Drive engineering projects within Superconducting from inception to completion:
➢    Near-term focus will be driving Superconducting systems through final design, working with a cross-functional team of engineers, scientists, designers, and analysts
➢    Longer-term focus: Lead and oversee the end-to-end lifecycle of complex engineering projects, including design, procurement, and build activities
Take ownership of project success: set project milestones & ensuring all deliverables are met while adhering to strict budget and timeline parameters
Develop comprehensive project plans, outlining project scope, goals, deliverables, resources, and timeline to meet strategic targets
Key Responsibility - Cross-functional Collaboration:
Lead a cross-functional team composed of engineers, designers, analysts, procurement specialists, and other stakeholders
Foster a collaborative and high-performance team culture to drive project execution and achieve collective goals
Key Responsibility - Budget & Schedule Management:
May own responsibility, authority, and accountability for cost & schedule along with driving critical risk-based decisions throughout the project life cycle
Monitor project timelines rigorously, identifying potential delays, devising, and implementing mitigation strategies to maintain project schedule
Keep stakeholders informed about project progress through regular updates and reporting
Key Responsibility - Risk Management:
Lead the active management of risks throughout the project lifecycle: Identifying risks, developing & driving mitigation plans, keep stakeholders informed about progress of risks through regular updates & risk reporting
The ideal candidate will have most, if not all, of these requirements:
Proven track record of managing complex engineering projects with excellent project management skills, exceptional leadership abilities, and a deep understanding of technical project lifecycles
Minimum 8-10 years of experience in engineering and project management working with a wide range of engineering disciplines, including mechanical, electrical and other areas
Minimum of Bachelor’s degree in an engineering field, or equivalent combination of education and experience
Strong sense of self-motivation and personal accountability regarding decision-making and supervising teams
Excellent communication and interpersonal abilities, with the capacity to engage and influence stakeholders at all levels
Possess a thorough understanding of project management, planning, and scheduling methods and techniques.
Exceptional planning, organizational, and time management skills.
Thorough understanding of engineering product life-cycle with experience in driving products through phase-gate design reviews such as CDR, PDR, FDR or equivalent
Keen attention to safety.
Strong leadership abilities; comfortable taking on exciting challenges with minimal supervision.
Dynamic and creative: Thrives in a fast-paced environment where several interdependent technologies are being developed simultaneously. Foster an environment of innovation and creative problem-solving within the project team
Team oriented: Comfortable and energized by working in a team with a wide variety of backgrounds and skillsets. You welcome constructive feedback and different perspectives
Additional preferred experience and/or qualifications:
Experience with magnets, large/heavy assembly processes, thermo-mechanical assemblies, machining, welding, and/or VPI (vacuum pressure impregnation) is preferred
Experience working with Jira, Confluence
Experience with scheduling tools such as MS Project, P6 or equivalent
PMP, PRINCE2, or similar project management certification is a plus
Willingness to travel when required or work required nights/weekends/on-call
Perform activities such as typing, stooping, climbing, standing, or sitting for extended periods of time
Work in a facility that contains industrial hazards including heat, cold, noise, fumes, strong magnets, lead (Pb), high voltage, high current, pressure systems, and cryogenics
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