Energy Vault

Electrical Engineer

• Help design and perform verification tests in the EMT simulation and hardware-in-the-loop (HIL) platforms.
• Collaborate with internal and external teams to determine system requirements and verify our solution will meet and exceed project requirements.

Intern, Power Electronics Engineering – Power Systems

Manager

• Gain deep understanding of our renewable energy storage industry, our products and technology, our processes, and our people.
• Define and implement a logistics strategy for the company that aligns the needs of internal stakeholders with project and customer requirements and maximizes the efficient movement of products and materials
• Oversee the warehousing, inventory flow, and inbound and outbound transportation activities across domestic and international shipments
• Create and implement best practice logistics principles, policies, and processes across the organization to improve operational and financial performance.
• Negotiate rates and contracts with transportation and logistics providers and recommend optimal transport modes, routes, and performance metrics
• Influence the product design and packaging to ensure transportation costs are minimized.
• Develop and maintain strong relationships with all connected with the logistics process.
• Ensure compliance with transportation and trade requirements and maintain adherence to international trade regulations, tariffs, HTS classifications, and export requirements
• Shape a culture of collaboration, innovation, constant improvement, excellence, transparency, open mindedness, humility, integrity, efficiency, joy, compassion, and fulfillment.

Transportation and Logistics Manager

Director

• Lead end-to-end development of utility-scale energy storage and generation projects from early-stage assessment/acquisition through contracting and Ready-to-Build (RTB)
• Manage third-party developers, consultants, and internal cross-functional teams to advance development workstreams, ensure stage-gate readiness, and drive critical decisions.
• Own development budgets, schedules, critical path execution, risk management, and reporting to leadership and investment stakeholders.
• Secure and manage key project agreements and permits, including land control, environmental/community engagement, and local approvals with relevant authorities.
• Drive grid interconnection and utility coordination through application, studies, and agreements to support bankable RTB outcomes.
• Define project scope and requirements aligned to commercial strategy, ensuring development deliverables support financing, offtake, and long-term value creation.

Project Development Director

Software Engineer

• Lead engineering development of New Energy Systems with particular focus on hydrogen-based systems, including:
• Electrolysis (PEM, alkaline, or SOEC)
• Hydrogen storage (compressed gas, liquid hydrogen, or novel storage media)
• Fuel cell (PEM, SOFC, or hybrid configurations), linear generators, nuclear, and thermal generators
• Balance-of-plant (compression, purification, thermal management, controls)
• Drive the New Energy Systems roadmap, guiding technology from concept through demonstration and commercial deployment.
• Evaluate emerging generation technologies and products for integration into the company’s solution portfolio, including:
• Technical performance and degradation characteristics
• Safety and intrinsic hazards
• Supply chain readiness and scalability
• Levelized cost of energy (LCOE)
• Develop and lead stage-gate processes for New Energy Systems, advancing technologies and products from TRL 4–8 and MRL 4–8.
• Define technical criteria and lead system architecture design, including integration with:
• Renewable generation (solar, wind)
• Grid interconnection and microgrids
• Energy management systems (EMS) and SCADA
• Support project development and execution, including:
• Conceptual and detailed design
• Equipment specification and vendor selection
• Integration with EPC and construction teams
• Ensure compliance with applicable codes and standards
• Lead development of product documentation, including:
• Design basis and system specifications
• Installation and commissioning procedures
• Operations & maintenance manuals
• Collaborate with supply chain and manufacturing teams to industrialize hydrogen and fuel cell systems.
• Support funding and partnerships, including grants (DOE, CEC), strategic partnerships, and pilot projects.
• Provide technical support to commercial deployments to ensure performance, reliability, and continuous improvement.
• Foster a culture of technical excellence, innovation, accountability, and collaboration across multidisciplinary teams.

Director, Engineering – New Energy Systems

• Lead interconnection strategy and execution for utility-scale BESS, solar, hybrid, and large-load projects across North American power markets.
• Manage the full interconnection lifecycle, including site screening, queue positioning, application submission, study review, milestone management, and commercial operation readiness.
• Evaluate transmission availability, congestion exposure, curtailment risk, hosting capacity, and network upgrade requirements to support project siting and investment decisions.
• Coordinate and manage utility and ISO/RTO interactions throughout feasibility, system impact, facilities, and deliverability study phases.
• Review and interpret power system studies including load flow, short-circuit, contingency, stability, and deliverability analyses.
• Translate study results into actionable recommendations — including network upgrade costs, risk mitigation strategies, and schedule impacts — to support commercial and investment decisions.
• Coordinate external consultants performing transmission modeling and interconnection studies while ensuring consistency, quality, and schedule alignment.
• Monitor evolving ISO/RTO tariffs, FERC policies, cluster study reforms, transmission planning activities, and market rule changes impacting project economics or development timelines.
• Manage utility and ISO/RTO interconnection applications through the full lifecycle: submission, data validation, study coordination, milestone tracking, and agreement execution.
• Support transmission and interconnection due diligence activities for acquisitions, partnerships, and strategic development opportunities.
• Identify and communicate interconnection-related risks, schedule impacts, withdrawal exposure, and upgrade cost sensitivities to internal stakeholders and executive leadership.
• Collaborate with engineering and delivery teams to ensure grid compliance and successful project execution through commissioning and energization.
• Develop standardized tools, processes, and best practices for evaluating interconnection opportunities across multiple markets.

Manager, Interconnections

Solutions Engineer

• Identify relevant design criteria for high availability power system supplying data centers.
• Define and own the overall power system architecture for data centers from utility point of interconnection through IT load.
• Design high-reliability substations aligned with Tier III / Tier IV reliability standards for up to 50MW data centers.
• Lead failure modes and effects analysis (FMEA), short-circuit studies, coordination studies, and reliability assessments.
• Ensure systems are designed for maintainability without downtime, including concurrent maintenance strategies.
• Support black-start, islanded operation, and degraded-mode operating scenarios where applicable.
• Design on-site or co-located generation, including: diesel or gas turbine generators; Battery energy storage systems (BESS); Co-located or on-site photovoltaic (PV) systems.
• Define control strategies for dispatch, load-shedding, islanding, resynchronization, and grid interaction.
• Coordinate integration of DERs with UPS systems, static switches, and data hall distribution.
• Lead technical engagement with utilities, ISOs/RTOs, and interconnection authorities.
• Support interconnection studies, protection coordination with utility systems, and compliance with grid requirements.
• Interface with EPCs, OEMs, and equipment suppliers to ensure design intent is preserved through execution.
• Establish and maintain design standards, reference architectures, and technical guidelines across multiple sites or regions.
• Provide technical oversight during design reviews, FATs, SATs, commissioning, and energization.
• Support operational teams with troubleshooting, root-cause analysis, and system upgrades over the asset lifecycle.
• Work cross-functionally with engineering, legal, commercial, and executive teams to align project goals.

Intern, Power Electronics Engineering – Power Systems

Transportation and Logistics Manager

Project Development Director

Director, Engineering – New Energy Systems

Manager, Interconnections

Lead Solutions Architect, Data Centers