High Voltage EngineerLocation: OnsiteSchedule: Full-time | Primarily 9:00 AM–5:00 PM, with flexibility as testing and project milestones requireTravel: OccasionalHelp Build the Future of High-Voltage TechnologyWe are seeking a hands-on, highly motivated High Voltage Engineer to play a critical role in the development, testing, and advancement of next-generation high-voltage systems.This is an exciting opportunity for an engineer who enjoys being close to the hardware. You’ll work at the intersection of engineering, experimentation, and advanced technology, designing, building, testing, troubleshooting, and improving high-voltage systems in a fast-paced laboratory environment.The ideal candidate is someone who can take ownership of challenging technical problems, move comfortably between simulation and hands-on lab work, and thrive in an environment where requirements evolve and innovation is part of the daily work.What You'll DoAs a High Voltage Engineer, you will take ownership of high-voltage development and testing activities from concept through execution. Your responsibilities will include: Own high-voltage projects end-to-end, including concept development, design, build, testing, iteration, and documentation.Lead and support the safe operation of a High Voltage Test Cell, including test setup, readiness reviews, execution, and post-test analysis.Design and assemble DC and pulsed high-voltage test circuits, instrumentation setups, and measurement approaches for breakdown and insulation studies.Conduct long-duration tests while maintaining disciplined experimental logs and ensuring strong data quality and repeatability.Investigate and troubleshoot complex high-voltage phenomena, including flashover, arcing, conditioning behavior, contamination effects, partial discharge indications, and test setup artifacts.Develop and evaluate high-voltage subsystems, insulation techniques, and test methods across solids, liquids, gases, and vacuum environments.Use FEM and CAD tools to evaluate electrostatic fields, improve insulation geometries, and support packaging and system design decisions.Collaborate closely with scientists, engineers, vendors, and external partners to advance complex hardware development programs.Write small Python scripts to support experiments, automate tasks, and improve data collection and analysis.Continuously improve lab procedures, test methods, checklists, documentation, labeling, and build standards.Support multiple high-priority development initiatives, including advanced ultra-high-voltage systems and commercial high-voltage hardware. What We're Looking ForRequired Qualifications Bachelor's degree or higher in Electrical Engineering, Physics, or a closely related technical field.A hands-on engineering mindset with the ability to take projects from concept to completion with minimal oversight.Fundamental understanding of electrical breakdown mechanisms in solids, liquids, gases, and vacuum.Familiarity with high-voltage testing circuits, laboratory practices, and safe experimental procedures.Working knowledge of COMSOL or equivalent FEM tools for electrostatic or field analysis.Experience with SolidWorks or equivalent 3D CAD software.Working familiarity with Python for experiment support, automation, or data analysis.Comfort conducting long-duration experiments and maintaining accurate, disciplined experimental records.Strong troubleshooting and problem-solving skills.Clear communication skills and the ability to work effectively with both internal and external stakeholders.A collaborative, team-first attitude and flexibility to support critical testing windows when needed. Preferred QualificationsThe following experience is a plus: 1+ years of hands-on experience working with systems above 50 kV DC.Strong proficiency with COMSOL Multiphysics or equivalent tools, particularly for electric field stress analysis and insulation geometry optimization.Experience in experimental hardware environments with rapidly evolving requirements.Knowledge of high-voltage transient analysis.Familiarity with high-speed imaging and diagnostic techniques.Experience supporting complex design-build-test development cycles. Why This Opportunity?This is more than a traditional engineering role. You'll have the opportunity to work directly with cutting-edge hardware and play a meaningful role in advancing high-voltage technology.You'll be joining a growing technical effort where your contributions will have visible impact. From operating sophisticated test systems and solving difficult breakdown challenges to developing new hardware and improving engineering processes, you'll have the opportunity to build, experiment, innovate, and see your work move quickly from concept to reality.If you're an engineer who enjoys getting your hands on the hardware, solving problems that don't have obvious answers, and helping build technology that pushes the limits of what's possible, we'd love to hear from you.

Senior Grid Interconnection Engineer - Boston or Houston Position OverviewI am partnered with a leading organization within the renewable energy sector is seeking a Senior Grid Interconnection Engineer to support utility-scale power projects through the full interconnection and project lifecycle. This position will provide technical leadership on grid connection activities from early development through design, construction, commissioning, and commercial operation. The engineer will work across internal teams and with utilities, transmission providers, system operators, engineering consultants, equipment suppliers, contractors, and other external stakeholders. The role will also involve reviewing technical work, resolving complex power-system and interconnection issues, coordinating external engineering resources, and providing technical guidance to more junior members of the engineering team. Responsibilities Serve as a senior technical resource for grid interconnection matters and maintain working relationships with applicable transmission providers, utilities, and system operators throughout project development and execution.Assist project development activities by evaluating interconnection considerations, feasibility, technical requirements, and associated costs, as well as supporting preparation and submission of interconnection requests.Provide engineering input on grid connection requirements throughout the project lifecycle, including development, engineering, construction, commissioning, and transition into commercial operation.Work with Energy Management on technical aspects of PPA-related activities and support NERC compliance efforts where grid-related engineering input is required.Direct and review third-party engineering work associated with interconnection and provide technical assistance for projects progressing through construction and toward COD.Review and evaluate electrical studies required for connection to the transmission system and assess their technical conclusions.Work directly with generation equipment suppliers on grid compliance requirements and evaluate the interaction between generating facilities and the transmission/distribution network through appropriate power-system simulations.Coordinate electrical engineering requirements and technical interfaces with the applicable interconnecting utility.Review and coordinate technical documentation associated with interconnection requests, connection authorization, and ongoing operation and maintenance requirements, including applicable connection, operating, and power purchase agreements.Evaluate technical requirements associated with ancillary services and grid-support functions and develop solutions to satisfy transmission system requirements.Track changes to applicable grid codes, regulations, and technical requirements and determine their potential effect on projects.Manage and participate in electrical design reviews involving consultants, contractors, subcontractors, utilities, transmission providers, and system operators.Review technical questions and Requests for Information and coordinate appropriate responses.Evaluate available transmission capacity within prospective project areas by reviewing studies and technical information provided by transmission organizations.Direct and review interconnection studies during both project development and construction.Provide technical mentoring and direction to less experienced members of the grid interconnection engineering group. Required Capabilities Willingness and ability to travel domestically and internationally for project meetings and site-based support.Ability to work effectively within a global business environment and matrix organizational structure.Comfortable collaborating with engineering, development, commercial, operations, and other multidisciplinary teams, including colleagues and stakeholders from different cultural backgrounds.Strong analytical, organizational, and problem-solving skills.Effective written and verbal communication.Strong attention to detail and ability to manage technical documentation.Ability to independently manage complex assignments while balancing multiple projects and deadlines.Strong planning and time-management capabilities.Valid driver's license.Proficiency with Microsoft Office and AutoCAD. Education & Experience Bachelor's degree in Electrical Engineering required.Master's degree in Power Systems preferred.7–10 years of engineering experience, including approximately 5 years working with utility-scale electrical power systems.At least 2 years of experience involving the interconnection of power generation resources to transmission-level systems.Fluent English communication skills.Strong understanding of electrical power systems covering generation, substations, transmission, and distribution.Understanding of how U.S. ISOs and Transmission Owners operate and interact within the interconnection process.Knowledge of the technical requirements established by ISOs and Transmission Owners.Experience with grid interconnection agreements.Broad electrical power-system engineering experience.Experience supporting or preparing interconnection applications.Ability to coordinate electrical and SCADA design interfaces associated with an interconnecting utility.Experience with electrical grid interconnection studies, including system impact, facilities, fault, loss, relay coordination, and related studies.Experience with power-system modeling and simulation software, including platforms such as DigSILENT, ETAP, NEPLAN, or equivalent tools.Familiarity with NERC and FERC reliability requirements and applicable NEC, NESC, IEEE, and ANSI engineering standards.

Principal Electrical Engineer | Renewable Energy | Boston, MA or Houston, TX The Opportunity Role: Principal Electrical Engineer Location: Boston, MA or Houston, TX I'm working with a major renewable energy organization looking to add a Principal Electrical Engineer to its engineering team.This is a senior technical position focused on the electrical infrastructure behind large-scale renewable energy projects. The engineer will support projects across solar, wind, and battery storage, with particular emphasis on high-voltage systems, power systems design, and grid interconnection.The role offers exposure across the full project lifecycle, from early-stage technical evaluation and design through construction, commissioning, and operating assets. It is well suited to someone who has spent significant time in utility-scale power and is comfortable acting as the technical lead on complex electrical engineering matters.What You'll Be Doing Lead and review electrical engineering work for utility-scale renewable energy projects.Provide technical expertise around HV electrical systems, substations, power systems, and grid interconnection.Review engineering drawings, electrical studies, design packages, and technical reports produced internally and by third-party engineering partners.Support projects during development, detailed engineering, construction, commissioning, and operations.Evaluate electrical designs and identify technical risks, design issues, and opportunities for improvement.Work alongside project development, construction, operations, and other engineering disciplines to resolve complex technical issues.Support technical assessments of prospective renewable energy projects and assets.Contribute electrical engineering expertise to permitting, project specifications, procurement processes, and contractor scopes.Support regulatory and reliability-related engineering activities, including applicable NERC requirements.Coordinate with external engineering firms, utilities, EPC contractors, OEMs, and other technical partners.Establish and maintain strong engineering and quality standards across projects.Provide technical guidance and mentorship to other engineers while serving as a senior point of contact for electrical engineering questions. What We're Looking For Bachelor’s degree in Electrical Engineering; an advanced degree is a plus.Approximately 12+ years of electrical engineering or power systems experience.Significant hands-on experience with power systems design.At least 5 years of experience within renewable energy, ideally supporting utility-scale generation or storage projects.Strong knowledge of high-voltage and medium-voltage electrical infrastructure.Experience with substations, transformers, protection and controls, electrical balance of plant, and grid-connected generation.Strong understanding of utility interconnection processes and requirements.Experience reviewing electrical design packages and engineering studies.Exposure to the construction, commissioning, or operation of power generation assets.Understanding of applicable power generation standards, reliability requirements, and regulatory frameworks.Experience with power system modeling or simulation tools such as PSS/E, PSCAD, PowerFactory, NEPLAN, or comparable software.AutoCAD familiarity is beneficial.PE licensure is preferred but not required.Ability to independently lead complex technical work and communicate effectively with both technical and non-technical stakeholders.Willingness to travel periodically for project meetings and site support. Who This Could Be a Fit ForThis opportunity could be a strong match for someone currently working as a Principal Electrical Engineer, Lead Electrical Engineer, Senior Electrical Engineer, Power Systems Engineer, Substation Engineer, or Engineering Technical Lead within renewable energy, utilities, power generation, or an engineering consultancy.The strongest candidates will combine deep electrical engineering expertise with practical experience taking large-scale generation projects from design and interconnection through construction and operation.