Energy Dome is a company with revolutionary technology for large scale and long duration energy storage.
Our proprietary technology is based on a thermodynamic process that uses CO2 to store electricity cost-effectively with unprecedented round-trip efficiencies. The simplicity of the process as well as the use of readily available off-the-shelf equipments opens the way for Energy Dome to quickly become an important player in the energy storage market.
Our organization, made up of bright young engineers and professionals from all over the world, is constantly growing and we are seeking a Static Equipment Engineering Leader , who will be responsible for overseeing and managing engineering activities related to static equipment such as heat exchangers, tanks, pressure vessels, and other static components. The main goal is to ensure that all static equipment is designed and manufactured according to project specification, safety, quality, and regulatory standards.
Key Responsibilities

Lead the static engineering team, coordinating design, analysis, and technical review activities.
Review and approve technical drawings, mechanical calculation analyses (by formula or FEA analysis), and compliance verifications.
Perform preliminary mechanical calculations of static equipment (min thickness, nozzle loads, civil input..)
Collaborate with other departments (e.g., plant engineering, process, quality) to ensure project alignment.
Develop and verify technical specifications and project requirements for static equipment.
Oversee vendors RFQs, technical alignment, design review, and final approval phases activities
Troubleshoot technical issues during design, installation, and maintenance phases.
Maintain updated technical documentation and project reports.
Participate in FAT, inspections, and site acceptance, supporting QA / QC and construction teams when required.

Qualifications

Master’s degree in mechanical engineering or equivalent.
8+ years of experience in design or technical management of static / pressure equipment (e.g., boilers, pressure vessels, heat exchangers).
Knowledge of applicable design codes (ASME Section VIII div1 or div2, EN 13445), standard (TEMA, API) and directive (PED, ASME)
Familiarity with FEA tools or calculation software is a plus (e.g., PVElite, Compress).
Strong problem-solving and communication skills.
Ability to work in a dynamic environment and under pressure.
Fluent in English
Availability for occasional travel for supplier meetings and inspections.
Previous experience in boiler / pressure vessel shops is preferred.

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