Senior Electrical Engineer - MG Technical Lead

Commonwealth Fusion Systems (CFS) has the fastest, lowest cost path to commercial fusion energy.
CFS collaborates with MIT to leverage decades of research combined with groundbreaking new high-temperature superconducting (HTS) magnet technology. HTS magnets will enable compact fusion power plants that can be constructed faster and at lower cost. Our mission is to deploy these power plants to meet global decarbonization goals as fast as possible. To that end, CFS has assembled a team of leaders in tough tech, fusion science, and manufacturing with a track record of rapid execution. Supported by the world’s leading investors, CFS is uniquely positioned to deliver limitless, clean, fusion power to combat climate change. To implement this plan, we are looking to add dedicated people to the team who treat people well, improve our work by adding multifaceted perspectives and new ways of solving problems, have achieved outstanding results through a range of pursuits, and have skills and experience related to this role.
Our goal is to deploy thousands of fusion power plants around the world. We need a highly motivated and experienced electrical engineer to help deliver our first fusion device, SPARC. In this role, you will deliver the SPARC Motor-Generator (MG) System, an energy storage and grid-decoupling system used to drive the 800 MVA-peak SPARC pulsed power system from an approximately 10 MVA utility source. You will offer your expertise in electric machines, excitation systems, turbo-generators, drives and protection to lead design documentation and construction. You will reflect emergent needs in the SPARC program. You will oversee the relocation, refurbishment and upgrade of an existing generator from an operating power station to the SPARC site. You will simulate, specify and integrate a new drive system into the power train, and will oversee the construction and integration of one of the world’s largest high-speed flywheel systems; together this drive and flywheel act as prime mover in lieu of a turbine. You will upgrade and/or modify the existing excitation system to operate at variable frequency with adequate response and stability to support the mission of downstream line-commutated and switch mode power conversion equipment serving tokamak magnet loads. You will work with protection engineers to select effective protective relaying strategies, noting that temporary overloads and harsh transient performance is expected in pulsed duty (~5% duty factor). You will oversee the design, construction, relocation, installation and commissioning of balance of plant systems. You will be responsible for bringing the SPARC pulsed power source to life. You will demonstrate an aptitude for management of construction projects. You will develop and deliver work packages to the field and will coordinate their execution. You will manage relationships and information flow with 20+ selected vendors and subcontractors. You will offer input on applicable standards relevant to the design of power systems in an emergent industry. You will recommend upgrades or modifications to existing equipment, liaising with specialty experts and directing the same. The SPARC power system is divided into two subsystems; the pulsed system and steady state system. The selected candidate will focus on the MG system which acts as the source for the pulsed power system. The pulsed power system is responsible for driving the SPARC tokamak magnet system loads and providing dynamic control of plasma. It consists of a 700 MVA, 22 kV synchronous machine source, energy storage and approximately 1000 MVA of installed power conversion equipment serving 20+ individually controlled loads. You will work with a team of 4-6 mid-senior level engineers, subconsultants and subcontractors to finalize design documentation, review submittals and provide adequate information to coordinate work performed by the constructor and electrical subcontractors in a timely manner. The ideal candidate for this role will have 10+ years’ experience with electrical power generation and project management for industrial plants, power generation facilities, utilities, or large scientific facilities such as particle accelerators or fusion devices. Successful candidates will demonstrate expert technical capability, and will have intimate familiarity with standard systems employed in industry. They will generate detailed designs utilizing an ecosystem of subcontractors and internal engineers. They will assess the adequacy of vendor-furnished materials for purposes of construction. Broad experience is desired; aptitude in a combination of the following fields of electrical engineering is needed:·      Electric machines, rotating equipment and auxiliary systems including excitation, cooling and sealing/lubrication.·      Plant and machine maintenance in power generation facilities.·      Sufficient understanding of mechanical engineering analysis and design workflows in power g